Robotics Reimagined Tmini® Miniature Robotic System
The TMINI Robot is a state-of-the-art miniature, handheld, wireless robotic system designed to enable accurate and precise implant placement. It easily integrates into the OR with overhead active tracking, allowing for unrestricted patient access. The CT-based 3D surgical planning and the TMINI PROTM Workflow enable intraoperative adjustments to help fine-tune implant positioning and stability. The TMINI System is an open implant robotic system to empower surgeon implant choice.
Explore below to find out more.
- State-of-the-art
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Easy to integrate
- Overhead active tracking system, allows for unrestricted patient access with minimal bedside robotic footprint.
- Minimal OR set-up time for staff with one tray of robotic instruments for easy management.
- Surgeon has the freedom to choose how the OR is set-up. Average robotic set-up time is 6 minutes1,3
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Surgeon driven workflow
- Intuitive smart tools so the technology keeps pace with you.
- Miniature, handheld, wireless design can help deliver overall efficiencies without added sterility concerns.
- Camera system automatically identifies smart tool selected by the surgeon and advances the workflow with minimal screen interaction.
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Positional Refinement & Optimization
- TMINI PRO™ Workflow empowers surgeon choice throughout the procedure by enabling Positional Refinement and Optimization (PRO) of the implant tailored to the patient’s needs.
- Dynamic data capture and real-time feedback allows surgeons to make positional adjustments to help fine-tune implant positioning and stability.
- An intuitive experience that is customizable around workflow preferences and implant philosophy choices.
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Hear what surgeons are saying
“[The TMINI System] and TMINI PRO Workflow provide me with everything I need from robotics for my total knee replacements. The ability to assess real-time, soft-tissue balance intraoperatively and adjust my plan according to my preferences in the OR helps me to deliver the best possible outcomes for my patients.”
Alexander Sah, MD
Co-Director of the Institute of Joint Restoration
Additional Resources
References:
- Data on file.
- Data is based on TMINI System assisted placement of cut guide compared to planned placement.
- Data is based on average set-up time achieved by case 25 (excluding TMINI Miniature Robotic System warm up time).
Alexander Sah, MD is a Consultant of THINK Surgical, Inc.