tinavi-ii: Price, Specs & Simulation Models
tinavi-ii is a medical robot / exoskeleton made by TINAVI. TiRobot II is the latest orthopedic surgical robot launched by TINAVI, emphasizing high efficiency, ease of use, precision, and intelligence, with adaptability to a wider range of complex surgical scenarios.
| Spec | Value |
|---|---|
| Category | Medical robot / exoskeleton |
| Manufacturer | TINAVI |
| Compute | Medical-grade redundant real-time master-slave control unit |
| Sensors | High-precision force/torque sensor, Optical/electromagnetic spatial tracker, Multi-joint absolute encoder |
| Applications | Healthcare & Rehabilitation |
How much does the tinavi-ii cost?
TINAVI has not published a public price for the tinavi-ii; pricing is available on request from the manufacturer.
Overview
The TiRobot II orthopedic surgical robot is a medical surgical and rehabilitation exoskeleton platform developed by TINAVI. As TINAVI's latest orthopedic surgical robot, TiRobot II emphasizes high efficiency, ease of use, precision, and intelligence, adapting to more complex surgical application scenarios. Equipped with a robotic arm and supporting planning equipment, TiRobot II optimizes orthopedic surgical workflows, expands robotic arm compatibility, supports complex orthopedic procedures, and lowers the operational learning curve.
The system features a sterile surgical monitor, C-arm tracker, and dual-foot control assembly, supporting real-time surgical planning, omnidirectional tracking, and mode switching. With UPS power protection and comprehensive operational guidance, it is applicable to spinal, pelvic, femoral neck, shoulder, foot/ankle, and hand surgeries.
In terms of perception, computation, and system integration, the model is configured with high-precision force/torque sensors, optical/electromagnetic spatial trackers, and multi-joint absolute encoders. Onboard computing utilizes a medical-grade redundant real-time master-slave control unit, covering L1 technology stack capabilities. Development and selection teams can evaluate motion envelopes, payload limits, and secondary development compatibility for target scenarios using official documentation, motion control interfaces, and simulation assets (URDF/MJCF).
tinavi-ii URDF & simulation models
No official URDF, MJCF or USD model of the tinavi-ii has been published yet.
Similar medical robots & exoskeletons
| Robot | Manufacturer | Price | DoF |
|---|---|---|---|
| Versius Plus | CMR Surgical | — | — |
| Versius Surgical Robot | CMR Surgical | — | — |
| HAL | CYBERDYNE | — | — |
| Andago® V2.0 | Hocoma | — | — |
| Armeo®Spring Pro | Hocoma | — | — |
| Erigo® | Hocoma | — | — |
Sources
- tinavi.com/index.php (accessed 2026-10-13)
Last updated 2026-10-13. Specs are compiled from manufacturer pages and the sources above. · All robot prices · 中文版