Medicaroid Hinotori Robot

Key features

Advanced Arm Movement

Features eight-axis operation arms that replicate human-like movements, reducing interference with other arms or surgical assistants.
Docking-Free Setup

Utilizes a software-defined pivot point for instrument support, eliminating the need for physical docking with trocars, which enhances operational flexibility.
High-Definition 3D Imaging

Equipped with a vibrant high-definition 3D vision system, it provides surgeons with detailed visuals to assist in precise surgeries.
Ergonomic Design

The surgeon cockpit is ergonomically designed to suit various surgeon postures, reducing physical strain during procedures.
Compact and Open Operating Space

The unique compact design of the operation arms offers a wide and accessible operating space, enhancing the surgeon's productivity and ease of movement during procedures.

The Medicaroid Hinotori surgical robot is recognized for its innovative features that enhance surgical precision and comfort. It employs eight-axis robotic arms that mimic human arm movements, providing smooth and less obstructive operation, crucial for complex surgical tasks. Its docking-free design and advanced 3D imaging system support precise and efficient surgical procedures.

Additionally, the ergonomic design of the surgeon cockpit and the system's overall compact footprint ensure comfort and ease of use, making the Hinotori a leading choice in modern surgical environments. These features collectively contribute to the system's effectiveness in facilitating minimally invasive surgeries with improved outcomes.

Hinotori Procedures

Lobectomies
Thymectomies

How R2 Surgical Can Help

R2 Surgical is a global supplier of surgical robots, instruments, parts, and accessories. In addition to providing new models, we promote affordability and sustainability in healthcare by offering a range of options including refurbished and used robots. Our refurbished models undergo testing and restoration to ensure they meet the highest quality standards, enabling healthcare facilities to access cost-effective alternatives that do not compromise on precision or performance.