“We are pleased to receive FDA clearance for our fifth-generation robotic system,
“We strive to provide customers with technology that meets their needs and solves important problems,” said Intuitive’s Chief Medical Officer,
“We design our systems so we can integrate new functions, capabilities, indications, and instrumentation over time,” said Curet. “Our careful attention to customers’ long-term needs and goals has led our systems to become the hospital standard, and we expect to continue developing and innovating
Intuitive will hold a teleconference at 5:45 a.m. PDT on
About Intuitive
Intuitive (NASDAQ:ISRG), headquartered in
About da Vinci Surgical Systems
There are several models of the da Vinci Surgical System. The da Vinci surgical systems are designed to help surgeons perform minimally invasive surgery and offer surgeons high-definition 3D vision, a magnified view, and robotic and computer assistance. They use specialized instrumentation, including a miniaturized surgical camera and wristed instruments (i.e., scissors, scalpels and forceps) that are designed to help with precise dissection and reconstruction deep inside the body.
For more information, please visit the company’s website at www.intuitive.com.
Important Safety Information
For Important Safety Information, indications for use, risks, full cautions and warnings, please refer to associated
Forward-Looking Statement
This press release contains forward-looking statements within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. Forward-looking statements relate to expectations concerning matters that are not historical facts. Statements using words such as “estimates,” “projects,” “believes,” “anticipates,” “plans,” “expects,” “intends,” “may,” “will,” “could,” “should,” “would,” “targeted,” and similar words and expressions are intended to identify forward-looking statements. These forward-looking statements are necessarily estimates reflecting the judgment of the Company’s management and involve a number of risks and uncertainties that could cause actual results to differ materially from those suggested by the forward-looking statements. These forward-looking statements include, but are not limited to, statements related to the future development of current products, the potential effects of improved patient and hospital workflow experiences, the expected operational plans of the Company, and the future compatibility of current products with new technologies. These forward-looking statements should be considered in light of various important factors, including, but not limited to, the following: the overall macroeconomic environment, including the levels of inflation and interest rates; the conflict in
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]]>Intuitive Surgical's da Vinci Xi system offers unparalleled precision in minimally invasive surgeries. Whether you're looking to upgrade your facility's capabilities or finding a new home for your current system, understanding how to navigate the buying and selling process is crucial. R2 Surgical is here to guide you through this journey, ensuring a smooth, transparent, and beneficial transaction for all parties involved. Here's how we can help:
If you're considering selling your da Vinci Xi robot, R2 Surgical simplifies the process, offering fair market valuation and the highest possible resale price, whether your system is functional or not. Here's how we assess the value of your robotic system:
Acquiring a da Vinci Xi robot is a significant investment. R2 Surgical is committed to making this process as accessible and advantageous as possible with our tailored financing options. Here's what we offer:
R2 Surgical doesn't just stop at buying and selling; we also offer comprehensive support and shipping services to ensure your surgical robots are always operating at peak efficiency and arrive safely at their destinations. Our services include:
At R2 Surgical, we're passionate about empowering healthcare professionals with the technology they need to enhance patient care and surgical outcomes. Whether you're looking to sell your da Vinci Xi robot or invest in one, we're here to facilitate a deal that benefits everyone involved. Contact us today to start your journey.
]]>Ensuring access to the finest surgical tools without imposing a hefty financial burden on facilities is our business model. R2 Surgical presents a cost-effective solution through our rental and leasing programs. This article delves into how choosing to rent or lease surgical robots can be a financially savvy decision, especially for hospitals and clinics looking to optimize their budgets without compromising on quality or patient care.
The upfront cost of purchasing a surgical robot can be daunting for many healthcare facilities. R2 Surgical offers an array of rental and leasing options designed to mitigate this challenge. Through these flexible payment plans, hospitals and clinics can access the latest in surgical technology without significant initial investment. This approach not only enhances a facility's technological arsenal but also preserves capital for other critical needs.
Understanding that each healthcare facility has unique needs, R2 Surgical prides itself on offering customizable rental and lease agreements. Whether you're looking for short-term flexibility or long-term stability, there's a plan tailored to your requirements. Here are a few examples:
Perfect for facilities needing a surgical robot for a limited time or for specific procedures.
Designed for organizations seeking the benefits of the latest surgical technology without the upfront costs of purchasing.
The bridge between renting and owning, providing a path to ownership with financial flexibility.
Choosing R2 Surgical for your surgical robotics needs means more than just accessing premium technology. It signifies a partnership dedicated to supporting your facility's success. Our comprehensive support package includes training for your staff, maintenance, and on-demand technical assistance, ensuring that your team can fully leverage the capabilities of your rented or leased equipment.
Implementing surgical robots through rental or lease plans can lead to significant savings for healthcare facilities. By avoiding the large upfront purchase cost, hospitals and clinics can allocate resources more effectively across their needs. Additionally, the flexibility to upgrade or change solutions as technology advances ensures that healthcare providers remain at the forefront of surgical care without continuous reinvestment.
R2 Surgical stands at the forefront of making advanced surgical robotics accessible to a broader range of healthcare providers. Through our flexible rental and leasing options, we aim to dismantle the financial barriers to advanced surgical care, ensuring that more patients can benefit from minimally invasive procedures with improved outcomes. Discover how our customizable plans can align with your financial and operational goals, paving the way for a future where cutting-edge care is within reach for all.
For more information on how to integrate R2 Surgical's robotics into your facility through our tailored rental and leasing options, contact us today. Let's work together to bring superior surgical care to those we serve.
]]>R2 Surgical will be showcasing a fully operational pre-owned da Vinci Si robotic system, two advanced skills simulators, and an array of other surgical robotic instruments. This is a unique opportunity for attendees to get up close with cutting-edge surgical technology and learn about the future of medical sciences.
Event Highlights
Hands-on Workshops: Engage in interactive sessions and activities designed to spark curiosity in robotics, hydraulics, cosmetic chemistry, underwater archaeology, and much more.
Ticket Information
Your ticket includes admission to the event and Imagination Station, access to all the day's activities, workshops, the STEAM professional panel, and lunch.
About Imagination Station
Imagination Station, Toledo’s Science Center, located in the heart of downtown Toledo, is a beacon of interactive STEM education. With hundreds of exhibits and activities, it serves as a vital resource for inspiring the next generation of scientists, engineers, and innovators.
About FiberFrame
FiberFrame windows, patio doors, storefronts, and sunrooms are products of Comfort Line Limited, a family-owned business established in 1959 in Toledo, Ohio. With a history of innovation and leadership in the window and door industry, Comfort Line made a significant impact in the 1980s by introducing the first fiberglass window to the U.S. market. Over 30 years ago, Comfort Line's bold and innovative approach led to the development of the FiberFrame line, which includes not only the first fiberglass window frame but also the first fiberglass sliding patio door for the residential market and the first storefront system for the U.S. commercial market, establishing Comfort Line as a leader in high-quality, high-performance window and door solutions.
About R2 Surgical
R2 Surgical is a global supplier of pre-owned surgical robots, instruments, endoscopes, parts, and accessories to the secondary market.
Don't miss this opportunity to empower and inspire the young girls in your life to explore the fascinating world of STEAM. We look forward to seeing you there and exploring the potential of future STEAM professionals together! Who knows – maybe some will become robotic surgeons!
Register Online
Visit: https://www.cognitoforms.com/ImaginationStation1/GirlPowerRegistration2024
Further Information
Contact Jordan Killam, PR & Marketing Specialist
+1 419-216-9663
]]>The webinar, scheduled for 2:00pm EST (7:00pm GMT) on Thursday, February 15, represents R2 Surgical's first speaking engagement and anticipates attracting around 1,000 attendees in the surgical robotics space. The webinar is the inaugural installment of Surgery International’s “Talk Surgery” series, organized in partnership with Orascoptic and The Royal College of Surgeons of Edinburgh and is free to attend.
Shrader will contribute to the discussion by sharing his perspective on the secondary surgical robotics market, how to make ownership of surgical robots more accessible, and sustainability in medical devices.
The webinar will also serve as a platform for leaders to share insights on new technologies like Enhanced Robotics Platforms, Integration of Artificial Intelligence, Teleoperation and Telepresence, Haptic Feedback, Open Platform Solutions, Autonomous Surgical Robots, Augmented Reality (AR) and Virtual Reality (VR), and Surgical Training and Simulation.
UK-based clinical experts and industry leaders will share the panel with Tom Shrader, including:
About the Partners
Orascoptic is known for manufacturing surgical loupes, which enhance clinician visualization with superior ergonomics and illumination. The Royal College of Surgeons of Edinburgh, established in 1505, continues to lead in medical and dental surgery advancements, embracing modern technologies like simulation and robotics.
About R2 Surgical
R2 Surgical is a global supplier of pre-owned surgical robots, instruments, endoscopes, parts, and accessories to the secondary market.
Register for the Webinar
https://surgery.international/the-future-of-surgical-robots-free-webinar/
Further InformationOvercoming the challenge of obtaining an affordable surgical robot, R2 Surgical provided a pre-owned da Vinci® Si-e™ robot (manufactured by Intuitive Surgical), enabling Cornell's pursuit of this groundbreaking initiative. R2 Surgical will also provide ongoing instrumentation for the pre-owned da Vinci robot.
In November 2023, Cornell achieved a milestone by performing its inaugural live animal robotic Gastropexy procedure using R2 Surgical's provided equipment. Gastropexy is a surgical procedure involving the attachment of the stomach to the abdominal wall. It is commonly performed in veterinary medicine to prevent gastric torsion in dogs, a potentially fatal condition particularly prevalent in larger breeds. This surgery helps secure the stomach in place to minimize the risk of life-threatening complications.
In partnership with a local shelter, Cornell works to deliver robotic surgical care to canines in need and also champions their adoption into caring homes post-recovery. Finley, a Great Dane, became the first beneficiary of this innovative approach, undergoing successful surgery and now on the path to a brighter future.
This collaboration between R2 Surgical and Cornell University's College of Veterinary Medicine marks a significant leap in integrating robotic technology to elevate animal healthcare, fostering progress in veterinary medicine, and enhancing the quality of life for animals in need.
For media inquiries and to learn more about robotic surgery in the Veterinary space, please contact: Jordan Killam, Marketing Specialist, at jordan@r2surgical.com
]]>Gastroesophageal Reflux Disease (GERD) is a common gastrointestinal disorder affecting millions of people worldwide. Characterized by chronic acid reflux, GERD can lead to a variety of debilitating symptoms that severely impact patients' quality of life. In this article, we explore the traditional methods of treating GERD, including surgical options, and delve into the innovative world of robotic surgery using da Vinci systems to provide relief to GERD sufferers.
GERD, short for Gastroesophageal Reflux Disease, is a chronic condition that occurs when stomach acid frequently flows back into the esophagus, the tube connecting the mouth to the stomach. This regurgitation of acid irritates the lining of the esophagus, leading to various uncomfortable symptoms.
Over the years, several traditional methods have been employed to manage GERD symptoms:
Lifestyle Changes: Patients are often advised to modify their diet and eating habits. Avoiding trigger foods, eating smaller meals, and not lying down immediately after eating can help reduce symptoms.
Medications: Over-the-counter antacids and prescription medications like proton pump inhibitors (PPIs) can alleviate acid reflux by reducing stomach acid production.
Endoscopic Procedures: Techniques like endoscopic fundoplication involve using a flexible tube to tighten the lower esophageal sphincter (LES), which prevents stomach acid from flowing back into the esophagus.
Open Surgical Fundoplication: This traditional surgical method involves making an incision in the abdomen to access and reinforce the LES, thus preventing acid reflux.
In recent years, robotic surgery has emerged as a groundbreaking approach to treating GERD, offering several advantages over traditional methods. The da Vinci Surgical System, developed by Intuitive Surgical, has become a leading tool in this field.
The da Vinci Surgical System enables a minimally invasive approach to GERD treatment. Here's a step-by-step look at how it works:
Before the surgery, the patient is prepared by administering general anesthesia. The surgical team positions the patient on the operating table, ensuring optimal access to the surgical area.
Small incisions, typically 1-2 centimeters in size, are made in the patient's abdomen. Trocars, thin tubes, are inserted through these incisions to provide access for the robotic instruments.
The da Vinci Surgical System consists of robotic arms equipped with surgical instruments and a high-definition camera. The surgeon sits at a console, controlling the robot's movements with precision.
The camera provides a magnified, 3D view of the surgical site, allowing the surgeon to navigate with unparalleled accuracy.
Using the robotic arms, the surgeon carefully manipulates and sutures the tissue surrounding the lower esophagus and the top of the stomach. This procedure is known as "Nissen fundoplication."
The primary goal of the surgery is to strengthen the LES (or Lower Esophageal Sphincter), which is a muscular ring located at the junction between the esophagus and the stomach. It plays a crucial role in regulating the flow of contents between these two organs, preventing the reflux of stomach acid into the esophagus. The surgeon wraps the top of the stomach around the lower esophagus and secures it in place with sutures, effectively creating a new valve.
Once the procedure is complete, the trocars are removed, and the incisions are closed. Patients usually experience less post-operative pain, shorter hospital stays, and quicker recovery compared to traditional open surgery.
Robotic surgery with da Vinci systems offers several advantages over traditional methods:
Precision: The robotic arms offer a greater range of motion and enhanced dexterity, enabling precise tissue manipulation.
Minimal Scarring: Small incisions lead to less scarring and reduced pain during recovery.
Shorter Hospital Stays: Patients often spend less time in the hospital, promoting faster recuperation.
Quick Recovery: Most patients can return to normal activities sooner compared to open surgery.
Reduced Risk of Complications: Minimally invasive procedures are associated with lower risks of infection and other post-operative complications.
Robotic surgery with da Vinci systems is revolutionizing the treatment of GERD, providing patients with a minimally invasive and highly effective alternative to traditional surgical methods.
]]>Let's take a dive into this remarkable advancement and explore how it is revolutionizing the field of medical robotics.
What distinguishes the Galaxy System™ is its ability to surmount the intricate challenge of CT-to-body divergence. This technological prowess significantly elevates diagnostic accuracy, but what precisely is CT-to-body divergence, and why is it a stumbling block in bronchoscopy?
CT-to-Body Divergence
CT scans, known as computed tomography, play a pivotal role in medical imaging by creating detailed cross-sectional images of the human body. These scans offer valuable insights into the location, size, and characteristics of lung lesions or abnormalities.
However, during bronchoscopy, a disconnect often arises between the CT scan's image and the actual location of a lesion or target within the patient's body. This divergence is attributable to variations in the patient's body position and breathing patterns during the procedure, in contrast to when the CT scan was taken.
CT-to-body divergence presents a hurdle for bronchoscopy practitioners, as it can lead to misalignment between the intended path and the actual lesion location. Such misalignment can result in missed targets, diminished diagnostic accuracy, and heightened procedural risks.
The Galaxy System's TiLT+ Technology™ emerges as a game-changing solution by providing real-time updates and guidance during the procedure. This real-time feedback empowers physicians to rectify CT-to-body divergence, ensuring precise navigation to the intended target within the lung.
The Galaxy System, equipped with TiLT+ Technology, introduces the groundbreaking concept of TiLT+ Reconstruction. This innovation redefines the visualization and localization of the biopsy tool within the lesion. By harnessing a facility's C-arm, this technology significantly enhances diagnostic accuracy, allowing physicians to navigate and perform biopsies with confidence.
Losing sight of the lesion is not an option in bronchoscopy, and the Galaxy System ensures just that. In fact, the Galaxy is the only solution offering Augmented Fluoroscopy, a feature that overlays a graphic representation of both the tool and the lesion. This real-time visual aid enables physicians to make on-the-fly adjustments for precise tool deployment, guaranteeing that each biopsy is flawlessly on target.
In the pivotal moments of a procedure, True Targeting™ emerges as the guiding star. The Galaxy System presents a targeting system that hinges on real-time lesion updates, assuring pinpoint accuracy during the procedure's most critical phases.
Precision becomes quantifiable with the Galaxy System's Strikepoint™. This feature calculates the distance between the tool's tip and the center of the lesion, offering a tangible measure of tool-in-lesion confirmation. With this data at hand, physicians can rest assured that their biopsy tool is precisely where it should be.
The Galaxy System has already demonstrated its prowess in the field through the landmark MATCH Study. This study, showcased successful digital TOMO-confirmed Tool-in-Lesion (TIL) success in 95% (19/20) of lesions and Tool-in-Lesion (TTL) in 5% (1/20) as confirmed by CBCT. Furthermore, it achieved a 100% diagnostic yield as confirmed by intralesional pigment acquisition (the process of obtaining or capturing pigmented material or substances from within a lesion or abnormal tissue area during a medical procedure). While additional clinical trials are warranted, these results underscore the Galaxy Robotic System's outstanding performance.
The FRONTIER Study, unveiled at the AABIP 2023 Abstract Presentation, marks the next frontier. The study set out to evaluate the safety and feasibility of leveraging the Galaxy System for bronchoscopically biopsying small peripheral pulmonary nodules ranging from 1 to 3 cm in size.
The results showed: 100% successful navigation, 100% demonstrated tool-in-lesion confirmation, and an estimated diagnostic yield ranging from 89.5% to 94.7%. These findings not only reaffirm the safety and feasibility of the Galaxy Robotic System but also underscore its tool-in-lesion precision and diagnostic prowess within the study's patient participants.
Yet, the success of the Galaxy System doesn't solely hinge on precision; it's also about efficiency. The system has been designed with procedural efficiency in mind. Here's how it streamlines the bronchoscopy process:
The Galaxy System introduces a single-use bronchoscope and accessories, minimizing the risk of cross-contamination and expediting turnaround times. This means no more time-consuming scope reprocessing, allowing medical professionals to focus on what matters most—the patient.
In crowded bronchoscopy suites and operating rooms where space is often at a premium, the Galaxy System shines. Its purposeful design provides a compact footprint and a single cart design, enhancing maneuverability and saving valuable space. This efficient use of space contributes to a more organized and effective healthcare environment.
The Galaxy System doesn't forget about the healthcare support staff. Its simple setup and teardown process make life easier for everyone involved, ultimately boosting the overall efficiency of lung biopsy procedures. This user-friendly approach fosters seamless coordination among the medical team, ensuring that procedures run smoothly and swiftly.
The Galaxy System by Noah Medical stands as a beacon of progress. With its groundbreaking TiLT+ Technology™ and the remarkable results of both The MATCH Study and The FRONTIER Study, it offers a level of precision, confidence, and efficiency that was once unimaginable.
The Galaxy System also holds immense promise in the battle against lung cancer. Lung cancer, one of the deadliest forms of cancer worldwide, often demands precise and early diagnosis for effective treatment. With its advanced features, including real-time navigation, TiLT+ Technology™, and Augmented Fluoroscopy, the Galaxy System empowers medical professionals to navigate the intricate landscape of the respiratory system with unparalleled precision.
This level of accuracy is particularly crucial when dealing with lung cancer, as early detection and targeted biopsies are paramount to survival. By enabling physicians to confidently locate and biopsy suspicious lesions, the Galaxy System plays a pivotal role in the timely diagnosis and subsequent management of lung cancer cases. The Galaxy System offers hope and optimism in the quest to improve patient outcomes and ultimately conquer lung cancer.
Source: Noah Medical
The field of organ transplantation has witnessed a significant transformation, thanks to the integration of robotic technology into surgical procedures. Traditionally, organ transplants were conducted through open surgeries, which involved substantial incisions and longer recovery times. However, advancements in medical technology have paved the way for minimally invasive robotic-assisted transplant surgeries, offering a promising alternative for patients. In this article, we will explore three instances of robotic-assisted organ transplants – kidney, lung, and liver – and their potential benefits.
Minnesota's Mayo Clinic made headlines when it successfully performed the state's first robotic-assisted kidney transplant in October. This groundbreaking procedure is a significant leap forward in the world of kidney transplants, offering hope to patients with specific needs.
Traditionally, kidney transplants involve a sizable incision on the lower abdomen to transplant the donated kidney. In contrast, a robotic-assisted kidney transplant requires a much smaller incision around the belly button and a smaller incision for robotic instrument insertion. The surgeon then controls the surgical robot from a console, allowing for precise and minimally invasive surgery.
According to Dr. Patrick Dean, the surgical director of Mayo Clinic's Kidney Transplant Program, "A robotic-assisted kidney transplant requires a smaller incision, lowering the risk of complications like infection or hernia. Patients may experience less discomfort and a quicker recovery, potentially reducing their hospital stay."
It's important to note that robotic-assisted kidney transplants won't entirely replace traditional methods. Still, they provide an alternative incision site, making them particularly beneficial for patients with higher body mass indexes, previous hernias, or prior abdominal surgeries.
Mayo Clinic, known for its leadership in kidney transplants, emphasizes that this innovative approach will expand options and improve outcomes for patients in need.
Liver transplantation is one of the most complex abdominal procedures due to the intricacies involved in removing a diseased liver and attaching a healthy donor liver. Traditional "open" liver transplants require substantial incisions, often resulting in extended recovery periods.
However, a surgical team from Washington University School of Medicine in St. Louis recently achieved a significant milestone by performing the first robotic liver transplant in the U.S. This groundbreaking surgery, conducted at Barnes-Jewish Hospital, offers several advantages, including smaller incisions, reduced pain, and faster recoveries.
During this robotic liver transplant, surgeons operated through small keyhole incisions and a single vertical incision between the abdominal muscles. This incision is considerably smaller than traditional methods, eliminating the need to cut through abdominal muscles, thus enabling quicker recovery.
While the surgery took just over eight hours, which is within the expected timeframe for open liver transplants, it is expected that future robotic liver transplants will be completed more quickly as the surgical team gains experience with this innovative technique.
The Smidt Heart Institute at Cedars-Sinai has taken a remarkable step by pioneering robotic-assisted lung transplants. This achievement marks the beginning of a new era in cardiothoracic care, offering hope to patients suffering from lung-related conditions.
Traditionally, lung transplant surgeries involve significant incisions, often cutting apart the breastbone. However, the Smidt Heart Institute developed a minimally invasive technique requiring only a small incision between the ribs, which has already proven to reduce postoperative pain and improve patient recovery.
The recent introduction of robotic-assisted capabilities further enhances the lung transplant process. Surgeons utilize robotic devices to enter the body through small "portholes," reducing the need for excessive internal movement and providing better visualization of the surgical site. This not only benefits patients but also enhances surgeons' precision.
Dr. Dominic Emerson, the lead surgeon at the Smidt Heart Institute, believes that "robotic-assisted surgery is the future of lung transplantation," and this innovation is already helping more patients receive the care they desperately need.
In 2020, the Smidt Heart Institute performed 18 lung transplants, and in 2021, they completed an impressive 60, showcasing the positive impact of these advanced techniques on patient outcomes.
The integration of robotic technology into organ transplantation surgeries represents a significant milestone in the medical field. Kidney, liver, and lung transplants are becoming less invasive, resulting in smaller incisions, reduced pain, and faster recoveries. While these innovations won't completely replace traditional methods, they offer hope to patients with specific needs and complex medical histories.
Sources: Mayo Clinic, Washington University School of Medicine in St. Louis, and the Smidt Heart Institute at Cedars-Sinai
]]>As we usher in the year 2024, the world of healthcare is witnessing a transformative shift in surgical technology and patient care. At the forefront of this change stands R2 Surgical, a pioneering company dedicated to revolutionizing the field of surgical robotics. In this article, we'll delve into the innovative approach of R2 Surgical, highlighting the benefits of investing in pre-owned surgical robotics systems and how they contribute to cost-saving, sustainability, and the delivery of high-quality patient care.
R2 Surgical is not your typical surgical equipment provider. While many companies focus solely on selling brand-new robotic surgical systems at premium prices, R2 Surgical takes a different approach. We specialize in sourcing, refurbishing, and selling pre-owned surgical robotics systems, instruments, parts, accessories, and disposables. Our mission is to make cutting-edge surgical technology accessible and affordable to a broader spectrum of healthcare institutions and professionals worldwide.
One of the primary advantages of choosing pre-owned surgical robotics systems from R2 Surgical is the significant cost savings. Acquiring brand-new surgical robots can be an expensive endeavor for healthcare facilities, often limiting access to this advanced technology. However, by opting for pre-owned systems, hospitals, ambulatory surgery centers (ASCs), and academic programs can dramatically reduce their capital expenses while still enjoying the benefits of state-of-the-art robotic surgical platforms.
Sustainability is a growing concern in today's world, and the healthcare industry is no exception. By investing in pre-owned surgical robotics, healthcare institutions contribute to a more sustainable healthcare ecosystem. Extending the life cycle of these sophisticated machines reduces electronic waste and minimizes the environmental impact associated with manufacturing new devices. R2 Surgical's commitment to sustainability aligns with the global effort to reduce the carbon footprint of healthcare operations.
R2 Surgical goes beyond cost savings and sustainability. We are passionate about democratizing access to surgical robotics, especially in underserved areas of the world and underfunded institutions. Our company collaborates with ASCs, academic programs, and surgical skills labs to facilitate the establishment of surgical robotics programs. By providing affordable, pre-owned equipment and comprehensive support, we empower healthcare providers to enhance their surgical capabilities and improve patient outcomes.
R2 Surgical specializes in the da Vinci Si surgical robot, a trusted and widely used platform in the field of robotic-assisted surgery. We offer a range of services to support da Vinci Si users, including sterilization consultation, staff training, and on-demand equipment assistance. Our team of experts is dedicated to ensuring that healthcare professionals can maximize the potential of their robotic surgical systems, delivering the highest standard of care to their patients.
As we step into the year 2024, R2 Surgical invites healthcare institutions and professionals to embrace a new approach to robotic surgery. Our commitment to affordability, sustainability, and expanding access to surgical robotics sets us apart in the industry. By choosing pre-owned surgical robotics systems from R2 Surgical, healthcare facilities can achieve cost savings, contribute to sustainability efforts, and provide high-quality care to all patients, regardless of their location or budget constraints.
This new year, consider the possibilities that R2 Surgical brings to the world of surgical robotics. We believe that the future of healthcare lies in innovative, accessible, and sustainable solutions, and we are here to help you make that vision a reality. Join us in shaping the future of robotic surgery and delivering exceptional patient care worldwide.
]]>This article explores the promising future of head and neck cancer surgery, focusing on the types of surgeries and the medical conditions that necessitate them. We'll also delve into the role of robotic technology in revolutionizing these procedures, offering improved precision and outcomes.
Head and neck surgery is a specialized field that encompasses a diverse range of surgical procedures, all centered around the critical structures in the head and neck region. These surgeries address various medical conditions, including:
Head and Neck Cancers: Tumors that affect the mouth, throat, voice box (larynx), thyroid, and other structures in the region. Surgical removal of cancerous growths is often crucial for treatment.
Thyroid Disorders: Surgery may be necessary to treat conditions like thyroid cancer, hyperthyroidism, or goiter when medication or other treatments are ineffective.
Salivary Gland Disorders: Surgical intervention is required to remove tumors, manage infections, or address stones in the salivary glands.
Reconstructive Surgery: Traumatic injuries or congenital deformities in the head and neck may necessitate surgical reconstruction for functional and aesthetic restoration.
Voice and Swallowing Disorders: Surgical procedures can help alleviate conditions affecting vocal cords, swallowing difficulties, and other related issues.
Patients require head and neck surgery for several medical conditions, including:
Head and Neck Cancers: These encompass a wide range of cancers, such as oral cancer, throat cancer, thyroid cancer, and laryngeal cancer. Surgery is a primary treatment option to remove cancerous tissues, followed by radiation or chemotherapy as needed.
Thyroid Disorders: Conditions like thyroid nodules, hyperthyroidism, or thyroid cancer may necessitate surgery to remove part or all of the thyroid gland.
Salivary Gland Conditions: Benign or malignant tumors, infections, and stones in the salivary glands can cause pain, swelling, and difficulty eating or speaking, often requiring surgical removal.
Facial Trauma: Injuries to the face, jaw, or skull due to accidents or assaults may require surgical repair to restore function and aesthetics.
Reconstruction After Cancer: Surgical reconstruction is essential following cancer removal to restore the appearance and function of affected areas, such as the mouth or throat.
Swallowing and Voice Disorders: Conditions like vocal cord paralysis, swallowing difficulties, or airway obstructions may require surgical interventions for improved function and quality of life.
The incorporation of robotics into head and neck surgery has revolutionized these procedures. While traditional surgical methods have been effective, robotic systems like the da Vinci X/Xi, da Vinci SP, and CMR Surgical's Versius offer unique advantages:
Da Vinci X/Xi: These systems, initially designed for abdominal and thoracic surgeries, provide enhanced dexterity and precision. While effective in wider portions of the upper aerodigestive tract, they face challenges in distal subsites due to anatomical constraints.
Da Vinci SP: Designed to overcome the limitations of multi-arm robotic platforms, the SP system offers a single-port approach for improved access to challenging anatomical sites within the head and neck. Its single-port design facilitates navigation through narrow spaces.
CMR Surgical's Versius: Versius is tailored for head and neck surgery, offering flexibility, a smaller footprint, and advanced energy delivery methods. It excels in accessing hard-to-reach areas, making it a valuable addition to the surgeon's toolbox.
The advantages of these robotic systems include enhanced precision, improved visualization, faster recovery times, and minimized complications. Smaller incisions result in reduced pain and shorter hospital stays for patients.
Robotic-assisted surgery is poised to revolutionize head and neck surgery, offering hope to patients facing various medical conditions in this complex region. By addressing head and neck cancers, thyroid disorders, salivary gland conditions, facial trauma, and more, surgeons can provide precise and effective treatments. With robotic systems like the da Vinci X/Xi, da Vinci SP, and Versius leading the way, the future holds promise for safer, more efficient, and minimally invasive surgical interventions. The synergy between surgeons and advanced robotic technology is ushering in a new era for head and neck surgery, improving outcomes and enhancing the quality of life for patients in need
]]>Robots are becoming more commonly used in colorectal surgeries as they offer enhanced precision. In this article, we will explore the most commonly performed robotic colorectal procedures, their necessity, their impact on the body, the symptoms that drive patients to seek medical intervention, the role of testing and screening, and how robotic surgery compares to traditional and other minimally invasive methods.
Common Robotic Colorectal Procedures:
Robotic colorectal procedures encompass a range of surgeries designed to treat conditions affecting the colon and rectum. Some of the most commonly performed procedures include:
Colectomy: A colectomy is the removal of all or part of the colon. This procedure is often necessary to treat conditions like colorectal cancer, diverticulitis, or inflammatory bowel disease.
Rectal Resection: In cases where the rectum is affected by conditions such as rectal cancer or advanced rectal prolapse, a rectal resection may be performed. This procedure involves removing the affected portion of the rectum.
Colostomy: Colostomy is a surgical procedure that creates an opening (stoma) in the abdominal wall through which a portion of the colon is brought to the surface. It is commonly performed when the lower part of the colon is diseased or needs time to heal.
Why Are They Needed?
Colorectal procedures are essential to treat various conditions and diseases. Patients may require these surgeries due to:
Colorectal Cancer: One of the primary reasons for colorectal surgery is the presence of cancerous growths in the colon or rectum. Surgery can remove the tumor and surrounding tissue, preventing the spread of cancer.
Diverticulitis: This condition occurs when small pouches (diverticula) in the colon become inflamed or infected. Surgical intervention may be necessary to remove the affected portion of the colon.
Inflammatory Bowel Disease (IBD): Patients with severe Crohn's disease or ulcerative colitis may require surgery to alleviate symptoms, remove damaged sections of the bowel, or create an ileostomy or colostomy.
Symptoms Leading to Medical Action:
Patients experiencing the following symptoms often seek medical attention, which may ultimately lead to colorectal surgery:
Persistent Abdominal Pain: Chronic abdominal pain, especially when accompanied by changes in bowel habits, may be a sign of colorectal issues.
Rectal Bleeding: Blood in the stool or bleeding from the rectum can be indicative of various conditions, including colorectal cancer.
Change in Bowel Habits: Sudden changes in bowel habits, such as diarrhea, constipation, or alternating between the two, should not be ignored.
Role of Testing and Screening:
Regular screenings and tests play a vital role in colorectal surgery. Colonoscopy, in particular, is a crucial diagnostic and preventive tool. During a colonoscopy, a thin, flexible tube with a camera on the end is inserted into the rectum to examine the colon. This procedure can detect polyps and early signs of cancer, enabling early intervention and potentially avoiding the need for extensive surgery.
Robotic Colorectal Surgery:
Now, let's delve into how robots are transforming colorectal surgery. Robotic-assisted surgery offers several advantages over traditional methods:
Precision and Dexterity: Robots provide surgeons with enhanced precision and dexterity, allowing for precise movements even in tight spaces within the body.
Less Invasive: Robotic procedures are minimally invasive, involving smaller incisions, which often lead to reduced pain, shorter hospital stays, and quicker recovery times.
Enhanced Visualization: Surgeons have access to high-definition 3D imaging, providing a clearer view of the surgical site compared to traditional laparoscopic methods.
Reduced Blood Loss: Robotic systems help minimize blood loss during surgery, reducing the need for transfusions.
Lower Infection Risk: With smaller incisions and less tissue trauma, the risk of infection is significantly reduced.
Is the Robot Better Suited for Colorectal Procedures?
Robotic-assisted colorectal surgery has shown promising results in terms of patient outcomes, recovery times, and reduced complications. However, whether it is better suited for a specific patient depends on various factors, including the patient's overall health, the complexity of the procedure, and the surgeon's experience.
The use of robots in colorectal procedures has ushered in a new era of minimally invasive surgery, offering hope and improved outcomes for patients facing colorectal conditions. As technology continues to advance, we can expect even more remarkable innovations in the field of robotic surgery, further improving patient care and quality of life. With a focus on early detection through screening and the incredible precision of robotic-assisted procedures, the future of colorectal surgery looks brighter than ever before.
]]>The introduction of surgical robots have bolstered gynecological procedures, offering precision, efficiency, and improved patient outcomes. These advanced tools have significantly transformed several key gynecological procedures, including:
Hysterectomy: This procedure involves the removal of the uterus and can be performed for various reasons such as fibroids, endometriosis, or cancer. Surgical robots assist surgeons in performing minimally invasive hysterectomies, reducing recovery time and complications compared to traditional open surgery.
Myomectomy: Often employed to remove uterine fibroids while preserving the uterus, myomectomy through robotic assistance enables precise removal of these non-cancerous growths, minimizing blood loss and promoting faster healing.
Endometriosis Resection: Surgical robots aid in excising endometrial tissue that grows outside the uterus, a procedure crucial in alleviating pain and improving fertility for women with endometriosis.
Oophorectomy: This procedure involves the removal of one or both ovaries, often required due to conditions like ovarian cysts or cancer. Robotic assistance enhances the surgeon's ability to perform this procedure with greater precision and reduced risk of complications.
The use of surgical robots in these gynecological procedures involves a surgeon controlling robotic arms equipped with tiny instruments and a camera inserted through small incisions in the patient's body. This approach offers advantages such as improved dexterity, enhanced visualization, and smaller incisions, resulting in reduced scarring and quicker recovery times.
Robotic-assisted hysterectomies demonstrated lower rates of complications, shorter hospital stays, and decreased blood loss compared to traditional open surgeries. Additionally, the study reported a lower likelihood of postoperative complications, with a significant reduction in the need for additional interventions post-surgery.
Robotic-assisted myomectomies had a lower conversion rate to open surgery and decreased blood transfusion rates, indicating improved surgical outcomes and patient safety.
As technology continues to advance, these robotic systems are poised to further improve the landscape of gynecological surgeries, benefiting countless women globally.
General surgery has transformed due to the integration of surgical robots. These robots have redefined traditional approaches to various procedures, offering enhanced precision, reduced invasiveness, and improved patient outcomes.
Robotic systems have become pivotal in reshaping the landscape of general surgery. They have transcended conventional methodologies, allowing surgeons to navigate complex procedures with unparalleled precision and maneuverability. Among these groundbreaking systems, the Da Vinci Surgical System stands as a pioneer, setting benchmarks in surgical precision and innovation.
The Da Vinci Surgical System, available in iterations like the Si, X, and Xi models, has been pivotal in revolutionizing general surgery. Its sophisticated technology enhances surgeons' capabilities across an array of procedures.
From hernia repair to gallbladder removal (Cholecystectomy), appendectomy, and bariatric surgeries, the Da Vinci system provides a three-dimensional, high-definition visualization that enables surgeons to navigate complex anatomical structures with exceptional clarity and accuracy.
Appendectomy involves the removal of the appendix and is primarily performed to treat appendicitis, an inflammatory condition of the appendix that can lead to severe complications if left untreated.
Surgeons make small incisions in the abdomen and insert specialized instruments and a camera. The high-definition visualization provided by these systems allows for precise removal of the inflamed appendix, minimizing trauma to surrounding tissues.
Hernia repair aims to correct a weakness or gap in the abdominal wall that allows internal tissues or organs to protrude. Surgical intervention is necessary to reinforce the weakened area and prevent further complications.
Surgeons perform minimally invasive hernia repairs by making small incisions. The robot-assisted tools allow for intricate movements and precise tissue manipulation, enabling surgeons to place mesh or close the hernia defect with increased accuracy and reduced risk of recurrence.
Bariatric surgery includes various procedures like gastric bypass or sleeve gastrectomy, primarily performed to aid weight loss in individuals struggling with obesity and related health issues.
Surgical robots assist surgeons in performing complex bariatric surgeries through small incisions. The enhanced visualization and precision of these systems enable fastidious alterations to the gastrointestinal tract, facilitating weight loss and improving metabolic health.
Gallbladder removal, known as Cholecystectomy, is performed to treat gallstones or gallbladder inflammation that causes pain and complications.
Surgical robots allow for precise removal of the gallbladder through small incisions. Surgeons maneuver robotic arms equipped with specialized instruments to dissect and remove the gallbladder while minimizing trauma to surrounding tissues, leading to quicker recovery and reduced postoperative complications.
Maestro from Moon Surgical introduces a paradigm shift with its unique approach. Unlike conventional robotic arms, Maestro allows direct manipulation of laparoscopic instruments, significantly reducing strain on surgeons and enhancing surgical efficiency. Its design intuitively adapts to the surgeon's movements.
Medtronic's Hugo Robotic Assisted Surgery (RAS) system prioritizes modularity and enhanced visualization. Its ergonomic console ensures surgeon comfort during prolonged procedures.
Versius by CMR Surgical embodies adaptability, resembling laparoscopic experiences while harnessing the advantages of robotic surgery. Its open console design fosters communication among surgical teams, ensuring synchronized efforts for optimized patient care.
While the Da Vinci system remains a benchmark, the continual evolution of systems like Maestro, Hugo, and Versius underscores a commitment to advancing patient care, surgeon comfort, and overall surgical experience. These innovations promise to redefine the standards of surgical innovation for many years to come.
Sources: Intuitive Surgical, Moon Surgical, CMR Surgical, and Medtronic
]]>Urological surgery, which is vital in addressing urinary tract and male reproductive system conditions, has evolved significantly with the integration of surgical robots. This article explores the role of surgical robots in prevalent urological procedures, contrasting their effectiveness against traditional laparoscopic approaches through an analysis of outcomes.
Common Urology Surgery Procedures
Prostatectomy, nephrectomy, cystectomy, and pyeloplasty represent key urological surgeries. Prostatectomy involves prostate gland removal for conditions like prostate cancer. Nephrectomy removes a kidney due to renal cancer or severe infections. Cystectomy entails bladder removal, often for bladder cancer. Pyeloplasty corrects ureteropelvic junction obstruction, impeding urine flow from kidney to bladder.
Role of Surgical Robots
Robotic systems like the da Vinci Surgical System have revolutionized urological surgery, offering precise maneuverability. Utilizing small incisions and high-definition cameras, these robots grant surgeons a magnified, 3D view. Enhanced instrument dexterity allows intricate maneuvers, potentially reducing trauma and improving patient outcomes.
Comparing Robotic vs. Laparoscopic Surgery
Analyses of outcomes between robotic-assisted urological surgeries and laparoscopic methods have consistently shown favorable results. Robotic prostatectomy, for instance, has demonstrated reduced blood loss compared to laparoscopic methods. Similarly, patients undergoing robotic surgery have experienced shorter hospital stays when compared to those undergoing traditional laparoscopic procedures.
In comparative studies of nephrectomy, patients undergoing robotic-assisted procedures have shown lower rates of postoperative complications, including wound infections and urinary leakage, than those undergoing laparoscopic methods.
Comparative analyses highlight decreased blood loss, shorter hospital stays, and reduced postoperative complications with robotic-assisted procedures compared to traditional laparoscopic methods. As technology advances, surgical robots will continue shaping urological interventions, setting new standards of care.
Da Vinci robotic surgery has revolutionized the way minimally invasive procedures are performed. This helpful technology enables surgeons to conduct surgeries with enhanced precision, dexterity, and control. Let's explore the distinct roles of the surgeon and the surgical team during these procedures.
In Da Vinci robotic surgery, the surgeon operates from a specialized console within the operating room. Positioned a few feet away from the patient, the surgeon maneuvers the robotic arms and instruments via the console's advanced interface. This console offers a crystal-clear, high-definition 3D view of the surgical field, empowering the surgeon to conduct procedures with unparalleled accuracy.
The surgeon's skilled expertise is crucial in navigating the console's controls, translating their movements into precise actions executed by the robotic arms. With a combination of hand and foot controls, the surgeon orchestrates intricate maneuvers, performing the surgery while seated comfortably at the console.
While the surgeon operates the console and directs the robotic arms, a proficient surgical team works collaboratively. The team typically comprises nurses, surgical assistants, and technicians who play vital roles in supporting the surgeon.
Nurses assist in preparing the patient for surgery, ensuring that all necessary equipment and tools are readily available. They also provide immediate assistance to the surgeon and handle various aspects of patient care throughout the procedure.
Surgical assistants work closely with the surgeon, positioning the patient and providing necessary instruments as directed. Their role involves anticipating the needs of the surgeon, maintaining a sterile environment, and ensuring smooth operative workflow.
Technicians oversee the functionality and setup of the Da Vinci robotic system, guaranteeing that all components are in optimal condition. They troubleshoot any technical issues that may arise during the procedure, allowing the surgery to proceed without interruption.
Da Vinci robotic surgery allows for synergistic collaboration between the surgeon and the surgical team. Through group coordination and individual expertise, this cohesive unit ensures that the procedure is conducted with precision and efficiency.
The success of Da Vinci robotic surgery hinges on the integration of the surgeon's skillful manipulation of the console and the invaluable contributions of the dedicated surgical team. The common result of this type of minimally invasive surgery is reduced pain, faster recovery times, and fewer complications for patients.
]]>Intuitive Surgical's da Vinci series, spanning the Si, X, and Xi systems, stands at the forefront of modern medical technology. The da Vinci X and Xi systems are versatile, catering to a wide array of surgical interventions across multiple specialties, including urology, gynecology, thoracic surgery, and more. These systems empower surgeons with enhanced dexterity, a broader range of motion, and improved visualization, thereby facilitating complex procedures with unprecedented accuracy.
Central to their transformative capabilities is the pioneering Firefly Fluorescence Imaging, a feature that has redefined surgical precision.
Firefly Fluorescence, an integral feature of these cutting-edge systems, elevates the precision of surgical interventions to new heights. By leveraging the da Vinci Fluorescence Imaging Vision System, surgeons gain a pivotal advantage in visualizing crucial anatomical structures, including vessels, blood flow in tissue, and major bile ducts around the liver.
In procedures involving the gallbladder, for instance, Firefly Fluorescence enables surgeons to discern and navigate the intricate network of major ducts connected to it. This real-time, augmented visibility translates into informed decision-making during surgeries, significantly reducing the risk of complications and enhancing patient outcomes.
While the Firefly Imaging System has significantly improved surgical precision, safety remains paramount. Instances of allergic reactions to the injected dye underscore the necessity for thorough patient evaluations preoperatively, ensuring a safe and effective surgical experience.
The integration of Firefly Fluorescence into the da Vinci Xi systems represents a pivotal advancement. Its expanded availability ensures that more surgeons can harness the power of enhanced visualization and precision, ultimately contributing to better patient outcomes.
The marriage of Firefly Fluorescence and the da Vinci X and Xi systems epitomizes the synergy between technology and surgical expertise. These innovations empower surgeons, enabling them to navigate complex anatomical structures with clarity and confidence.
As these systems continue to evolve and broaden their applications across diverse surgical disciplines, the impact of Firefly Fluorescence in revolutionizing minimally invasive surgery is poised to reshape the landscape of modern healthcare, setting new benchmarks for surgical precision and patient care.
Source: Intuitive Surgical
]]>There truly is a resale market for everything! Among the innovative solutions shaping the future of surgical precision and patient care are secondhand robotic systems. R2 Surgical stands at the forefront, revolutionizing access to advanced medical robotics with a focus on the da Vinci Si, X, and Xi systems.
The Unmatched Value of Secondhand Robotics
R2 Surgical is dedicated to providing cost-effective solutions without compromising quality. Our inventory includes a range of secondhand da Vinci robotic systems and Si instruments that are well maintained to ensure optimal functionality. Hospitals, clinics, Research and Development companies, and academia worldwide benefit from our offerings, opening doors to state-of-the-art technology at affordable prices.
Comprehensive Support & Service
At R2 Surgical, our commitment extends beyond the sale. We take pride in offering ongoing support for all da Vinci Si systems. Our team, composed of former Intuitive Surgical engineers, possesses an incredible depth of knowledge and expertise. From staff training and surgery proctoring to sterilization, instrumentation, and equipment assistance, R2 Surgical provides seamless integration into your current surgical program.
Why Choose R2 Surgical?
R2 Surgical empowers healthcare institutions and research entities with affordable access to secondhand da Vinci robotic systems, coupled with unmatched ongoing support and service.
]]>This report presents a detailed analysis and evaluation of the innovative features and capabilities of the Hugo RAS system, showcasing its potential to redefine the landscape of robotic-assisted surgery.
Methodology
This study encompasses an in-depth examination of the Hugo RAS system, focusing on its modular and portable design, architectural intricacies, high-definition 3D visualization, cross-modality compatibility, instrumentation precision, ergonomic considerations, integration with Touch Surgery™ Enterprise, and its emphasis on accessibility and scalability within healthcare institutions.
Modular Adaptability
The Hugo RAS system's modular design allows for adaptable configurations, accommodating diverse procedural demands and individual patient variations. Its portability and customizable nature align seamlessly with the dynamic requirements of modern operating rooms, enabling surgeons to optimize the system based on specific surgical needs.
Architectural Configuration
Comprising a surgical console with an HD–3D passive display, a system tower, and four independently extendible arm carts, the Hugo RAS system integrates cutting-edge technology. Each robotic arm's six-joint configuration, coupled with vertical positioning capabilities, facilitates an extensive range of motion and unparalleled precision during surgical interventions.
High-Definition 3D Visualization
The system's state-of-the-art HD–3D passive display enhances visual acuity and depth perception for surgeons. By delivering high-resolution, three-dimensional imagery, it significantly improves spatial awareness, enabling meticulous navigation and manipulation of surgical instruments and anatomical structures.
Cross-Modality Compatibility
An exceptional attribute of the Hugo RAS system is its seamless integration into various surgical modalities, ensuring consistent visualization and instrumentation performance across open, laparoscopic, and robotic-assisted procedures. This interoperability enables smooth transitions between different surgical techniques, optimizing surgical efficiency.
Precision Instrumentation
Equipped with a diverse range of precision instruments and advanced robotic arms, the Hugo RAS system facilitates intricate and controlled movements within the surgical site. Its precision is pivotal for delicate tasks such as suturing and tissue dissection, ensuring unparalleled accuracy in surgical procedures.
Ergonomic Design
In addition to its technical capabilities, the system's ergonomic design minimizes surgeon fatigue during prolonged procedures. By offering ergonomic adjustments that complement the surgeon's natural movements, it fosters sustained focus and comfort, enhancing overall surgical performance.
Integration with Touch Surgery™ Enterprise
The system's integration with the Touch Surgery™ Enterprise platform enables secure video recording and collaborative learning. Surgeons can record, review, and share procedures for detailed analysis and continuous improvement, fostering a culture of shared insights and techniques within the surgical community.
Driving Affordability and Scalability in Healthcare
Medtronic's Hugo RAS system aims to enhance accessibility and scalability by reducing the total cost of ownership and optimizing system utilization. This emphasis on affordability ensures broader access to the benefits of robotic-assisted surgery across healthcare institutions, thereby maximizing its impact.
The Hugo Surgical Robot by Medtronic stands as a pinnacle of collaborative innovation, reshaping the paradigm of robotic-assisted surgery. Developed in conjunction with global surgeons, it represents a significant leap forward in precision, accessibility, and collaborative learning within the realm of surgical interventions.
Source: Medtronic
]]>The ExcelsiusGPS robot by Globus Medical is tailored for intricate spinal and neurological surgeries. This technology represents a milestone in surgical precision and efficiency.
The distinctiveness of the ExcelsiusGPS lies in its ability to facilitate minimally invasive spinal surgeries, integrating a robust robotic arm with sophisticated navigation skills. This convergence empowers surgeons with exceptional accuracy and efficiency, providing real-time insights to strategize and guide the surgery's progression.
Cranial and Spinal Procedures
The ExcelsiusGPS system is adept at performing a range of cranial and spinal procedures:
Spinal Procedures:
Spinal Fusion: Used to stabilize the spine by joining vertebrae together, spinal fusion procedures are crucial for addressing spinal deformities or injuries. The ExcelsiusGPS aids surgeons in precisely placing screws, rods, or instrumentation for optimal alignment and stability.
Discectomy: Involving the removal of a herniated disc that may compress nerves, the ExcelsiusGPS assists in precise navigation, minimizing risks to surrounding tissues and nerves.
Vertebroplasty and Kyphoplasty: These procedures involve injecting bone cement into fractured vertebrae to stabilize them. The ExcelsiusGPS ensures accurate placement of the cement for optimal stability and pain relief.
Laminectomy: Surgeons use this procedure to relieve pressure on the spinal cord or nerves by removing part of the vertebral bone called the lamina. The ExcelsiusGPS aids in precise bone removal, improving surgical outcomes.
Cranial Procedures:
Craniotomy: This procedure involves surgical removal of part of the skull to access the brain, commonly used for tumor removal, treatment of brain aneurysms, or addressing brain trauma. The ExcelsiusGPS aids surgeons in precise navigation through delicate cranial structures.
Deep Brain Stimulation (DBS): Utilized for treating movement disorders like Parkinson's disease, the ExcelsiusGPS assists in accurately placing electrodes within specific brain areas for successful DBS procedures.
Enhanced Recovery and Efficacy
The ExcelsiusGPS system boasts expedited recovery times. Following minimally invasive procedures, patients often stand on the same day and leave the hospital within a day. Recovery timelines, variable for individuals, commonly exhibit improved symptoms and pain reduction within 2 to 4 weeks post-surgery, marking a testament to the efficacy of the ExcelsiusGPS innovation.
R2 Surgical: Pioneering Accessible Technology
R2 Surgical offers access to used and refurbished Globus Medical ExcelsiusGPS robots. These units undergo rigorous refurbishment, ensuring performance and precision at a cost-effective price for hospitals and surgical centers.
Globus Medical's ExcelsiusGPS redefines precision in cranial and spinal surgeries. R2 Surgical's commitment to refurbished units provides cost-effective access to cutting-edge technology, maintaining quality without compromise. Embracing refurbished surgical robots through R2 Surgical signifies a strategic choice for superior patient care without sacrificing quality or innovation.
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Robotic-assisted surgery has revolutionized the field of orthopedics by offering improved surgical accuracy and reducing reoperation rates. While the concept of robotic surgery might evoke images of autonomous robots performing procedures, it is crucial to recognize that these systems are guided by skilled surgeons. Joint replacement procedures, particularly knee arthroplasty, have witnessed significant advancements in robotic technologies. In this article, we will explore and compare two FDA-approved robotic surgical systems: Zimmer Biomet ROSA and Stryker Mako.
Stryker Mako: Precision and Flexibility
Stryker's Mako System, approved by the FDA in August 2015, is a robotics-assisted surgical platform that facilitates partial knee, total hip, and total knee replacements. The system's pre-operative planning process relies on a CT scan to generate a 3D model of the patient's bone structure, enabling accurate implant positioning. This personalized plan, unique to each patient, allows physicians to review and optimize the procedure before it takes place.
During the operation, real-time data is collected, and modifications can be made to achieve optimal implant placement. The Mako Total Knee platform, in particular, has gained significant demand among surgeons. Stryker's projected robotic sales in 2019 indicate strong interest in this technology. It's worth noting that Stryker acquired the original creator of the Mako technology, Mako Surgical Corporation, in 2013 for $1.65 billion.
Zimmer Biomet ROSA: Precision and Methodical Launch
Zimmer Biomet's ROSA Knee System received FDA approval more recently, in January 2019. Similar to Mako, this system assists in total knee replacements by aiding in bone resections and evaluating soft tissues for optimized implant positioning during surgery. However, Zimmer Biomet took a measured and disciplined approach to the launch of their robotic device.
Bryan Hanson, CEO of Zimmer Biomet, emphasized the company's commitment to a limited launch initially, ensuring proper education and service levels. After a successful limited launch period of approximately six months, the system would move into full launch status. This approach allows Zimmer Biomet to unleash the technology while ensuring a well-executed implementation. Furthermore, the ROSA system supports Zimmer Biomet's Persona®, Vanguard®, and NexGen® implant families, emphasizing personalization, surgical simplicity, and proven outcomes, respectively.
Distinguishing Factors
According to industry analyst Mike Matson, who reviewed the American Academy of Orthopedic Surgeons (AAOS) meeting in March, neither Mako nor ROSA exhibit clear superiority. Matson highlighted several key differences between the two systems.
Mako's robotic arm features a bone saw, while ROSA incorporates a cutting guide. Stryker's focus is on haptics as a differentiating factor, emphasizing improved outcomes. However, Zimmer Biomet argues that Mako's haptics can limit surgeons' control and their ability to complete bone cuts fully, which can be considered an advantage of ROSA.
Another significant distinction lies in the imaging technology used. Mako relies on CT scans for precise planning, while ROSA utilizes X-ray data or image-free analysis. Stryker may argue that CT scans offer greater accuracy, whereas Zimmer Biomet emphasizes the cost and time efficiency of their approach.
Zimmer Biomet's Edge and Mobile Health CompatibilityFurthermore, Zimmer challenges Stryker
with its mobile health compatibility. Zimmer Biomet has partnered with Apple to offer a smartphone app called mymobility, which enhances the connection between patients and surgeons. The app, compatible with iPhones and Apple Watches, serves to improve the overall patient experience by assisting them in preparing for their orthopedic procedure, such as knee replacement surgery with ROSA.
The mymobility app also supports patients during the post-operative phase by providing them with a platform to provide feedback and share continuous data with their physician. This continuous flow of information enables the healthcare team to monitor the patient's progress, enhance their care, and ensure a better outcome and higher satisfaction. Additionally, the app allows patients to securely communicate with their care team through messaging features, promoting effective and convenient communication.
The advent of robotic-assisted surgery has significantly transformed the landscape of orthopedics, particularly in knee replacement procedures. Both the Zimmer Biomet ROSA and Stryker Mako robots offer advanced technologies that contribute to improved surgical precision and patient outcomes. While the systems have distinct features, no clear superiority has been established between them.
Stryker's Mako system focuses on haptic feedback and precision, utilizing CT scan data for accurate planning, while Zimmer Biomet's ROSA system emphasizes methodical launch strategies and compatibility with their existing implant families. Furthermore, Zimmer Biomet distinguishes itself with its mobile health compatibility, partnering with Apple to provide the mymobility app, which enhances patient engagement and post-operative care.
As the field of robotic-assisted surgery continues to evolve, it is essential for surgeons and healthcare professionals to stay informed about the latest advancements and make informed decisions based on individual patient needs and surgical goals. The choice between the Zimmer Biomet ROSA and Stryker Mako robots ultimately depends on factors such as surgeon preference, clinical outcomes, and patient-specific requirements, ensuring that each patient receives the best possible care and surgical experience.
Source: Zimmer Biomet, Stryker
]]>Hernias are a common medical condition where an organ or tissue protrudes through a weakened area in the abdominal wall. They can cause discomfort, pain, and potential complications if left untreated. Hernia surgery aims to repair the weakened abdominal wall and alleviate symptoms. In this blog post, we will explore the evolution of hernia surgery, from traditional open procedures to laparoscopic techniques, and finally, the advent of robotic hernia surgery. We will delve into the specifics of hernia surgery, including why it is necessary and how each approach is performed, while highlighting the benefits and future advancements in robotic hernia surgery.
What is a Hernia and Why is Surgery Needed?
A hernia occurs when an organ, such as the intestine or fatty tissue, pushes through a weak spot or opening in the abdominal wall. The weak area can result from factors like muscle weakness, injury, or previous surgical incisions. Hernias can cause discomfort, pain, and potential complications like intestinal blockage or strangulation if the blood supply to the herniated organ is compromised. Surgery is often recommended to repair the weakened abdominal wall and alleviate these symptoms, reducing the risk of complications.
Traditional Open Hernia Surgery
In traditional open hernia surgery, a surgeon makes a larger incision near the hernia site. Through this incision, the hernia is identified, and the protruding organ or tissue is gently pushed back into place. The surgeon then reinforces the weakened abdominal wall using sutures, mesh, or a combination of both. The procedure typically takes several hours to complete, depending on the complexity of the hernia and individual patient factors. Patients undergoing open hernia surgery generally experience a longer recovery period, lasting several weeks to months, due to the larger incision and tissue trauma.
Laparoscopic Hernia Surgery
Laparoscopic hernia surgery, also known as minimally invasive hernia repair, has transformed the field of hernia surgery. It involves making a few small incisions in the abdomen. A laparoscope, which is a thin tube with a camera attached, is inserted through one of the incisions to provide a clear view of the surgical site. Surgical instruments are then inserted through the other incisions to repair the hernia. The surgeon uses the laparoscope's visual guidance to accurately identify and repair the weakened abdominal wall, often using sutures or mesh. Laparoscopic hernia surgery generally takes around 1-2 hours to complete, depending on the complexity of the hernia. Compared to open surgery, patients undergoing laparoscopic hernia repair experience a shorter recovery period, typically ranging from a few days to a couple of weeks, due to the smaller incisions and reduced tissue trauma.
Robotic Hernia Surgery
Robotic hernia surgery represents the latest advancement in hernia repair techniques. It combines the benefits of laparoscopic surgery with the precision and control offered by robotic systems. In robotic hernia surgery, the surgeon controls robotic-assisted instruments from a console. The instruments, guided by the surgeon's hand movements, provide enhanced dexterity and precision. Robotic systems offer a magnified 3D view of the surgical site, allowing surgeons to accurately identify and repair the hernia. This technology is particularly beneficial for complex or recurrent hernias, as well as delicate repairs. The recovery time for patients undergoing robotic hernia surgery is generally comparable to laparoscopic surgery, ranging from a few days to a couple of weeks.
Future Advancements in Robotic Hernia Surgery
The field of robotic hernia surgery continues to evolve rapidly, with ongoing research and development. Some future advancements include the integration of artificial intelligence (AI) and machine learning algorithms, which can enhance surgical planning, optimize surgical techniques, and improve outcomes. Additionally, the miniaturization of robotic instruments may enable even more precise procedures, particularly in delicate areas or pediatric hernia repairs.
R2 Surgical can help you obtain access to a surgical robot at a lower price point. To learn more about our inventory of surgical robots like the da Vinci da Vinci Standard, da Vinci S, da Vinci Si, da Vinci Si-e, da Vinci X, da Vinci Xi or da Vinci SP, please contact us at ryan@r2surgical.com.
]]>The increasing demand for surgical robotic instruments, especially those used in procedures like the da Vinci Si system, raises a pertinent question: Is it safe to invest in used surgical robotic instruments? R2 Surgical, a leading provider of cutting-edge medical equipment, offers comprehensive solutions for medical professionals seeking both new and used da Vinci Si/Xi robotic instruments, including the da Vinci Si monopolar curved scissors (ref 420179).
Medical professionals are rightfully cautious about the quality and functionality of pre-owned instruments, especially when it comes to intricate robotic systems. However, R2 Surgical addresses these concerns by ensuring the highest standards of quality and performance in all their offerings.
R2 Surgical offers instruments that have been inspected, well-maintained, and, in the case of the da Vinci Si monopolar curved scissors (ref 420179), remanufactured to industry standards.
Quality Assurance: Each instrument undergoes quality checks and adheres to industry benchmarks for safety and performance.
Variety of Options: R2 Surgical caters to diverse needs by offering new, used, and remanufactured instruments, providing flexibility and cost-effective solutions for medical practitioners.
Expertise and Reliability: With a team of skilled professionals and a reputation for reliability, R2 Surgical ensures that every instrument, including the da Vinci Si monopolar curved scissors, meets or exceeds expectations.
R2 Surgical also emphasizes sustainability in the medical field by introducing the concept of instrument reposables. These reposables offer a balance between reliability and environmental consciousness. Instruments are maintained, ensuring they lead full lives while minimizing waste—a crucial aspect in today's healthcare landscape.
Among the extensive range of instruments, the da Vinci Si monopolar curved scissors (ref 420179) hold a significant place. Known for precision and efficiency in robotic surgeries, these scissors, when refurbished by R2 Surgical, meet the same stringent standards as new instruments, providing a cost-effective yet reliable option for medical professionals.
It's important to note that R2 Surgical's remanufacturing process for the da Vinci Si monopolar curved scissors (420179) holds a 510(k) FDA approval. This endorsement signifies that the remanufactured instruments meet the standards set by the FDA, ensuring their safety, efficacy, and quality, akin to new instruments.
R2 Surgical's commitment to quality control and offerings of both new and remanufactured da Vinci Si robotic instruments, including the monopolar curved scissors, ensure that investing in used surgical robotic instruments is not only safe but also a practical and viable choice.
For medical professionals seeking reliable, high-quality surgical instruments with a focus on sustainability, R2 Surgical stands as a trusted partner in delivering excellence. To learn more, contact us today!
]]>Understanding Used Surgical Robots
The concept of used or refurbished surgical robots has gained traction in recent years, providing a cost-effective option for medical facilities aiming to integrate advanced technology without the hefty price tag of brand-new systems. R2 Surgical steps into this space, offering a range of refurbished surgical robots that meet stringent quality standards.
The R2 Surgical Difference
What sets R2 Surgical apart is our unwavering commitment to ensuring that our used robotic systems are not just functional but excel in performance and safety. Every used surgical robot undergoes a comprehensive refurbishment process, inspected and serviced by a team of expert technicians and engineers. This guarantees that each system meets or exceeds industry standards for safety and efficacy.
Let's delve deeper into the refurbishment and inspections process carried out by R2 Surgical.
Refurbishment Process at R2 Surgical:
Initial Assessment: Upon acquiring a used surgical robot, R2 Surgical initiates a comprehensive assessment. This involves a detailed examination of the system's hardware, software, and overall condition.
Component Evaluation: Every individual component is inspected for wear, damage, or potential issues. Any parts showing signs of wear or malfunction are either repaired or replaced with high-quality, manufacturer-approved components.
Calibration and Testing: After evaluation, the robot undergoes calibration procedures to ensure precision and accuracy in its movements. It's then subjected to a series of extensive tests, checking its functionality, accuracy, and adherence to performance standards.
Comprehensive Inspections:
Visual Inspection: A thorough visual inspection is conducted at every stage of the refurbishment process. This includes examining for any signs of damage, corrosion, or irregularities that might impact performance.
Functional Testing: Each component and subsystem of the robot undergoes functional testing. This includes testing movements, articulation, response to commands, and overall system functionality to ensure optimal performance.
Safety Checks: Safety protocols are a top priority. R2 Surgical conducts exhaustive safety checks to verify that all safety features, emergency shutdown mechanisms, and fail-safes are fully operational and compliant with industry standards..
Regulatory Compliance: The entire refurbishment process adheres strictly to regulatory requirements and industry standards, ensuring compliance with all applicable guidelines and regulations.
Advantages of Choosing a Refurbished Robot
Investing in a used or refurbished surgical robot from R2 Surgical offers many advantages. These systems are equipped with the latest software updates and enhancements, providing state-of-the-art capabilities at a fraction of the original cost. Moreover, by extending the lifespan of these used robots, healthcare facilities can maximize their return on investment.
Are you interested in selling or buying a used surgical robot? Contact us today and we'll help you get started.
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Enter the realm of surgical robotics, where price tags wield a certain gravity that extends beyond their numeric value. The cost of these advanced systems isn't merely a figure on an invoice; it's a reflection of the transformative potential they hold within the operating room.
The Big Players and Their Price Tags
The cost of these surgical robots, while a considerable investment for healthcare institutions, encapsulates more than a financial transaction. It signifies a paradigm shift—a commitment to harnessing technology for the betterment of patient care, redefining the boundaries of what's achievable within the confines of an operating theater.
The competitive landscape within the surgical robotics market is a battleground for innovation. As the market diversifies and new contenders emerge, prices will fluctuate. With technological advancements, improved ergonomics, and broader surgical applications, these machines aren't just costly tools—they're catalysts for a healthcare revolution.
R2 Surgical offers 30-70% off on the latest robotics systems, including used robots and refurbished robots. To learn more, please contact us today.
]]>Intuitive Surgical has long held a prominent position in the world of surgical robotics with its Da Vinci systems. These systems, renowned for their precision and capacity to facilitate minimally invasive surgeries, have been pivotal in reshaping contemporary surgical practices since their inception in the early 2000s.
However, the prohibitive cost of acquiring these state-of-the-art systems has been a persistent challenge for numerous healthcare facilities globally. The financial barrier associated with new acquisitions of these advanced machines has limited accessibility and adoption, particularly among smaller institutions and healthcare centers.
Founded in 1995, Intuitive Surgical's Da Vinci systems have emerged as the epitome of cutting-edge surgical robotics, revolutionizing procedures across multiple specialties. Their flagship products, including the Da Vinci Xi and Si, have garnered widespread recognition for enabling surgeons to perform intricate operations with unparalleled precision and enhanced patient outcomes.
The cost constraints involved when acquiring these systems have led to a significant gap in accessibility within the healthcare landscape. The disparity in access to such high-quality technological solutions has spurred a quest for alternatives that bridge the gap between cost and quality.
In response to this pressing need, R2 Surgical has emerged as a transformative force in the used surgical robot market. By refurbishing and offering used Da Vinci and other top-tier surgical robots at competitive prices, R2 Surgical is reshaping the narrative of accessibility to cutting-edge technology within the healthcare sector.
The refurbishment process undertaken by R2 Surgical adheres to rigorous quality standards, ensuring that these used surgical robots meet or exceed industry benchmarks for functionality and safety before reintroduction into the market. This commitment to excellence and stringent refurbishment protocols has garnered trust among healthcare providers seeking cost-effective yet reliable solutions for advanced surgical interventions.
By providing access to high-caliber used surgical robots, R2 Surgical is dismantling financial barriers that previously hindered the integration of robotic technology into healthcare facilities. This strategic approach empowers smaller hospitals and medical centers, enabling them to harness the transformative potential of surgical robotics in enhancing patient care.
Looking ahead, R2 Surgical's innovative endeavors and commitment to making top-tier technology available as used surgical robots hold promise for a future where advanced robotic-assisted procedures become more accessible across diverse healthcare settings. As the field of surgical robotics continues to evolve, R2 Surgical stands as a beacon of progress, redefining the landscape of healthcare by facilitating equitable access to cutting-edge technological solutions.
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