Products

TMINI Miniature Robotic System
THINK Surgical
Radiology & Imaging AI
The TMINI Miniature Robotic System by THINK Surgical is a handheld, wireless robotic system for total knee replacement, offering precise, CT-based surgical planning and an open implant platform for surgeon choice.

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About THINK Surgical

THINK Surgical is a technology innovator specializing in orthopedic surgical robotics, dedicated to enhancing precision and outcomes in total joint replacement procedures, particularly for the hip and knee. Their core offerings include advanced robotic surgical systems like the TSolution One® Surgical System and the TMINI® Miniature Robotic System. A significant advantage for surgeons is THINK Surgical’s “open platform” approach, which, unlike many closed systems, supports a broad array of implant brands from various manufacturers through their proprietary Implant Data Hub (ID-HUB™). This flexibility empowers surgeons to select the most appropriate implant for each patient’s unique anatomical and clinical needs, potentially leading to more personalized and effective treatment.

The company’s technology integrates sophisticated 3D preoperative planning workstations, such as TPLAN, which utilize high-resolution patient CT scans to create individualized surgical plans. During surgery, their computer-assisted tools and robotic systems facilitate precise bone preparation and accurate implant placement, crucial for optimizing joint function and longevity. The TMINI system, a compact, wireless, handheld robotic solution, further optimizes operating room efficiency and surgeon workflow while maintaining the high accuracy and patient-specific planning benefits of robotic assistance. By providing intelligent, precise, and accurate technology, THINK Surgical aims to improve the lives of patients suffering from advanced joint disease and support healthcare professionals in delivering superior orthopedic care.

Focus Areas

Orthopedic surgical robots total joint replacement total knee arthroplasty hip replacement open implant library 3D preoperative planning computer-assisted surgery

Business Intelligence

Key InvestorsKDB Investment Global Healthcare, Black Lake Expeditions, Korean Development Bank, L & C Bio
Partnershipsb-ONE Ortho Corporation (MOBIO Total Knee System), Waldemar Link GmbH & Co. KG (LinkSymphoKnee implants), Stryker (Triathlon Knee System), Total Joint Orthopedics (Klassic Knee System), Zimmer Biomet (Persona Knee), Medacta (GMK Sphere and SpheriKA implants), Enovis (EMPOWR Knee System), Ortho Development (BKS and BKS TriMax Knee System), Definition Health, Curexo Inc.
TechnologyOpen implant library/platform (ID-HUB), TPLAN 3D preoperative planning workstation, TMINI Miniature Robotic System (wireless robotic handpiece), TCAT computer-assisted tool
FDA ClearancesThe TSolution One Total Knee Application received FDA clearance in October 2019. The TMINI Miniature Robotic System has received multiple 510(k) clearances, enabling compatibility with 9 different implant options from various manufacturers. cleared products (estimated)

What Physicians Need to Know

Orthopedic Surgical Robotics
THINK Surgical specializes in advanced orthopedic surgical robots, particularly for total joint replacement procedures. Their TMINIu00ae Miniature Robotic System is a key offering in this domain.
Total Knee Arthroplasty (TKA)
A primary focus is on total knee arthroplasty, with their TMINIu00ae system designed to assist surgeons in accurate and precise implant placement for knee replacements.
Open Implant Library (ID-HUBu2122)
THINK Surgical offers an open implant library through its ID-HUBu2122, providing surgeons with the freedom to choose from a wide range of compatible implants from various manufacturers, unlike many closed robotic systems.
3D Preoperative Planning (TPLANu00ae)
They utilize TPLANu00ae software for individualized 3D preoperative planning based on patient-specific CT scans, enabling surgeons to design and prepare a unique joint replacement plan in a virtual environment.
Computer-Assisted Surgery
THINK Surgical's systems leverage computer-assisted surgery to provide precise guidance and real-time feedback, enhancing the accuracy and consistency of surgical procedures.
Physician Tip

THINK Surgical's offerings, particularly the TMINIu00ae Miniature Robotic System, stand out for physicians due to several key differentiators. The **open implant library (ID-HUBu2122)** is a significant advantage, empowering surgeons to select the best implant for each patient's individual needs, rather than being restricted to a single manufacturer's products. The **miniature, handheld, and wireless design** of the TMINIu00ae robot offers portability and ease of integration into existing OR workflows, reducing disruption and potentially shortening the learning curve compared to larger, console-based systems. Physicians benefit from **CT-based 3D preoperative planning (TPLANu00ae)**, which provides highly accurate anatomical models for patient-specific surgical plans. During surgery, the **TMINI PROu2122 Workflow** provides real-time intraoperative feedback and allows for dynamic positional adjustments, ensuring optimal implant placement and stability. The system is designed to work **under the complete control of the surgeon**, acting as an intuitive extension of their skill, which can lead to improved accuracy, patient satisfaction, and potentially reduced revision rates. Its compact nature also makes it well-suited for **outpatient surgery centers**.

THINK Surgical is committed to an open platform approach, actively expanding its Implant Data Hub (ID-HUBu2122) to support implants from multiple manufacturers. This includes partnerships with companies like Total Joint Orthopedics (Klassicu00ae Knee System), Ortho Development Corporation (Balanced Knee System (BKSu00ae) and BKS TriMaxu00ae Knee System), United Orthopedic Corporation (U2u2122 Knee), Stryker (Triathlonu00ae Knee System), Maxx Orthopedics (Freedom knee system), and b-ONE Ortho Corporation (MOBIOu00ae Total Knee System). The TPLANu00ae Planning Station also incorporates machine learning models to enhance efficiency and consistency in preoperative planning. Additionally, the THINK Case Manager (TCM) provides a web-based method for remote surgeon review and approval of surgical plans, streamlining the workflow.

Products by THINK Surgical

1 product in the directory

TMINI Miniature Robotic System
THINK Surgical
Radiology & Imaging AI
The TMINI Miniature Robotic System by THINK Surgical is a handheld, wireless robotic system for total knee replacement, offering precise, CT-based surgical planning and an open implant platform for surgeon choice.

What the Web Says

THINK Surgical is a medical device and technology company specializing in active robotics for orthopedic surgery, particularly known for its TMINI Miniature Robotic System for total knee replacements. The company's products are generally well-regarded by surgeons for their precision, ease of use, and open implant platform, which allows for compatibility with multiple implant brands. However, as an employer, reviews indicate mixed sentiments regarding management and compensation, despite positive feedback on work-life balance and company culture from some employees.

Overall: Mixed

Strengths

  • Great products/surgical robots, especially the TMINI system.
  • TMINI robot is handheld, wireless, and intuitive, making it easy to use.
  • TMINI offers high accuracy and precision in bone resections and implant placement.
  • Open implant platform allows surgeons to choose from multiple implant manufacturers.
  • Improved OR efficiency and reduced workflow disruption with the TMINI system.
  • Good work-life balance and flexible environment reported by some employees.

Limitations

  • Low pay reported by some employees.
  • Issues with management, described as poor and lacking direction.
  • Concerns about job security and advancement opportunities.
  • Business plan viability questioned by some engineers.
  • Potential for workflow disruption with traditional robotic systems (though TMINI aims to address this).
  • One reported adverse event where an incorrect surgical plan was uploaded.

Based on reviews from: Indeed.com, Journal of Orthopaedic Experience & Innovation, PR Newswire, Medical Device Network, YouTube (THINK Surgical Channel), THINK Surgical Website, FDA.gov (MAUDE Adverse Event Report), Reddit, Zippia

Last updated: 2026-07-19

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Frequently Asked Questions

THINK Surgical's TMINI Miniature Robotic System primarily supports Total Knee Arthroplasty (TKA) procedures, with its predecessor, the TSolution One system, also supporting Total Hip Arthroplasty. Key differentiators include its miniature, handheld, and wireless design, which minimizes OR footprint, along with CT-based 3D surgical planning and real-time feedback for precise implant placement.
The 'open implant library,' known as ID-HUBu2122, provides surgeons with the freedom to choose from a wide range of implants from multiple manufacturers, rather than being limited to a single robot manufacturer's offerings. This flexibility allows surgeons to select the optimal implant for each patient's individual needs and can potentially reduce procedure costs by enabling the choice of more affordable implant options.
THINK Surgical's TPLANu00ae Planning Software utilizes preoperative CT scans to create detailed, patient-specific 3D surgical models for total knee arthroplasty planning. This planning is often provided as a service by THINK Surgical's Case Planning team, and surgeons can review and approve the plan via TPLAN or the web-based THINK Case Manager (TCM). Intraoperatively, the TMINI robotic handpiece guides bone pin placement based on this CT-based plan, offering real-time feedback and allowing dynamic adjustments without requiring the surgeon to leave the sterile field.
The average cost of orthopedic robotic systems can range from $554,000 to over $1 million, with annual service costs typically around 10% of the system price; however, prices for compact systems like TMINI are expected to decline by 20-30% in the next five years. While specific training programs are not detailed in public search results, THINK Surgical emphasizes active collaboration with healthcare professionals to refine products and offers a resource center for customers.
THINK Surgical's TMINI Miniature Robotic System has received multiple FDA 510(k) clearances, including for its TMINI 1.1 Version Update and compatibility with numerous implant partners, with initial clearance in April 2023. Regarding data security and patient privacy, THINK Surgical adheres to HIPAA regulations for Protected Health Information (PHI) and utilizes Business Associate Agreements with third parties, while advising against submitting PHI through their public website.
THINK Surgical's long-term vision is to lead the orthopedic surgical robot space by empowering surgeon choice through an open implant library and democratizing technology. The company, which is privately held, secured a $100 million investment in 2022 to accelerate new product commercialization and has established numerous partnerships with implant manufacturers to expand its ID-HUBu2122 database, demonstrating its commitment to innovation and market stability.

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