Products

COMPLETE CONTROL System Gen2
Coapt
Neurology AI
Coapt's COMPLETE CONTROL System Gen2 uses AI and machine learning for intuitive, natural control of upper-limb prosthetics, enhancing functionality for individuals with limb loss or difference.
Alpha Control Liner System (ACLS)
Coapt
Neurology AI
The Alpha Control Liner System (ACLS) by Coapt is an FDA-cleared prosthetic interface solution with integrated electrodes, enhancing control, comfort, and ease of use for upper extremity prosthesis wearers by providing consistent myoelectric signal capture for advanced pattern recognition systems.

See all 2 products →

About Coapt

Coapt is a medical technology company specializing in human-machine interfaces, particularly advanced prosthetic control systems for individuals with upper-limb differences. The company’s core business involves developing and manufacturing control systems that function as the “brain” for prosthetic arms, rather than producing the prosthetic hands or limbs themselves. [1]

Coapt’s flagship product is the COMPLETE CONTROL® system, now in its second generation (Gen2). [1] This system utilizes pattern recognition and machine learning algorithms to decode the unique myoelectric signals generated by a user’s residual muscles. [1, 6] When a person intends to move a missing limb, their brain sends signals to the remaining muscles, creating distinct electrical patterns. [1] The Coapt controller, an add-on kit within the prosthesis, reads these patterns in real-time via eight pairs of electrodes and translates them into intuitive, natural control of the prosthetic hand, wrist, or elbow. [1] A key benefit is that it does not require strong or isolated muscle signals, making it accessible to a wider range of users. [1] The system is compatible with over 400 prosthetic component configurations from various manufacturers. [1] Users can perform a quick calibration process and fine-tune settings via the Control Companion™ mobile app, which allows the system to adapt and learn continuously. [1] The company’s technology aims to reduce the cognitive burden on users, making prostheses function as natural extensions of the body. [6]

Focus Areas

human-machine interface technology myoelectric prosthetics upper-limb prostheses pattern recognition artificial intelligence in prosthetics medical device innovation bionics rehabilitation orthotics and prosthetics

Business Intelligence

TechnologyCoapt's Complete Control system leverages myoelectric pattern recognition technology and clinically developed artificial intelligence to interpret muscle signals for intuitive prosthetic control.

What Physicians Need to Know

Human-machine interface & Myoelectric pattern recognition
Coapt specializes in advanced myoelectric pattern recognition technology for upper-limb prostheses, enabling more natural and intuitive control. Their Complete Control system decodes unique muscle signal patterns from the residual limb, translating them into prosthetic movements.
Upper-limb prosthetics
Coapt's core business is developing control systems that act as the 'brain' for prosthetic arms, rather than manufacturing the prosthetic hands or limbs themselves. Their technology is compatible with virtually every prosthetic arm and hand component on the market, offering over 800 upper-limb prosthesis combinations.
AI for prosthetic control & Machine learning
Coapt's Complete Control Gen2 system leverages machine learning and artificial intelligence to provide a human-bionic interface that learns and adapts to users. The AI-enabled Control Coach analyzes and evaluates how users personalize their intent decoding, offering guidance for optimal function.
Bionics & Rehabilitation
Coapt's technology aims to make prosthetic arm use more natural, personalizable, and straightforward, reducing the cognitive effort required for control. They have also developed VR-based rehabilitation systems to improve upper-limb prosthesis control.
Phantom limb pain therapy
Coapt has received grants to develop virtual reality and hardware-based therapies to ease phantom limb pain. Their VR-based rehabilitation system, which uses machine learning to control virtual environments, has shown preliminary evidence as an effective treatment for phantom limb pain.
Physician Tip

Coapt's Complete Control Gen2 system offers intuitive and natural prosthetic control through advanced pattern recognition and AI, making it a significant advancement over traditional myoelectric systems. Its compatibility with most commercially available upper-limb prosthetic components provides flexibility for fitting various patient needs. The Control Coach AI, accessible via mobile apps, provides automated feedback and instruction, potentially reducing the need for frequent clinical adjustments and empowering patients with more independence. Furthermore, the establishment of HCPCS code L6700 for myoelectric pattern recognition enhances reimbursement pathways, making this technology more accessible to patients. Coapt's involvement in developing VR-based therapies for phantom limb pain also presents a promising avenue for addressing a challenging condition for amputees.

Coapt's Complete Control system is designed as an add-on controller kit that is compatible with virtually every prosthetic arm and hand component on the market. They have also partnered with companies like WillowWood Global to integrate their pattern recognition system with prosthetic liners for improved signal capture and control. The Control Coach AI is integrated into iOS and Android mobile apps (Control Companion®) for user-friendly personalization and feedback.

Products by Coapt

2 products in the directory

COMPLETE CONTROL System Gen2
Coapt
Neurology AI
Coapt's COMPLETE CONTROL System Gen2 uses AI and machine learning for intuitive, natural control of upper-limb prosthetics, enhancing functionality for individuals with limb loss or difference.
Alpha Control Liner System (ACLS)
Coapt
Neurology AI
The Alpha Control Liner System (ACLS) by Coapt is an FDA-cleared prosthetic interface solution with integrated electrodes, enhancing control, comfort, and ease of use for upper extremity prosthesis wearers by providing consistent myoelectric signal capture for advanced pattern recognition systems.

What the Web Says

Coapt appears to be two distinct companies based on the reviews: one specializing in myoelectric prosthetic control systems and another as a property letting agency in Brighton, UK. The prosthetic control system receives overwhelmingly positive feedback for its intuitive control and ability to improve the lives of users with limb differences. The letting agency, however, has a mixed to negative reputation, with some positive recent reviews but historical complaints about rebranding due to a bad reputation. Employer reviews for a company named "Coapt" (likely the letting agency given the location mentioned in employee reviews) indicate a supportive team environment but also highlight issues with management and communication.

Overall: Mixed

Strengths

  • Intuitive and natural control for myoelectric prosthetics.
  • Enhances functionality of powered myoelectric prostheses.
  • Supportive and knowledgeable team (employer review).
  • Easy to use and set up prosthetic system with quick recalibration.
  • Excellent customer service and helpful staff (letting agency).
  • Eliminates the need for mode-switching in prosthetics.

Limitations

  • Historical negative reputation as a letting agency, leading to rebranding.
  • Lack of structure and educated leaders in some employer reviews.
  • Poor communication and micromanagement cited by employees.
  • Management playing favorites and not treating employees well (employer review).
  • Some users of the prosthetic system note it takes patience to get used to.
  • Potential for issues with deposits and maintenance for the letting agency.

Based on reviews from: Facebook (Coapt Prosthetic Control System Reviews), Indeed.com (Coapt Careers and Employment), Trustpilot (Coapt Reviews), Reddit (r/brighton, r/UniUK), Ortho Europe, Traders Union

Last updated: 2026-10-18

Videos

News, demos, and interviews about Coapt.

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Press & Coverage

Coapt Myo Pattern Recognition
Coapt Acquires Liberating Technologies, Inc., from College Park Industries
Coapt announced its acquisition of Liberating Technologies, Inc. (LTI), strengthening its R&D capabilities and accelerating development in orthotics and prosthetics.
2021-07
Coapt Myo Pattern Recognition
Coapt Now First and Only Advanced Myoelectric Control System with FDA Class II Clearance
Coapt received FDA Class II medical device clearance for its advanced myoelectric control system, affirming its quality as a solution for advanced prosthetic arms.
2017-05
Coapt Myo Pattern Recognition
Hanger Announces Impending Acquisition of Coapt
Hanger, Inc. announced its agreement to acquire Coapt, aiming to integrate Coapt's myoelectric technology into prostheses for more natural functional control for users.
2025-02
O&P Almanac
Member Spotlight: Coapt
This article provides an overview of Coapt, its founding, products, and its integration into the Hanger network after the acquisition.
2026-06
Coapt Myo Pattern Recognition
Coapt LLC Celebrates Ten Years of Medical Device Successes
Coapt celebrated ten years of achievements and growth in the bionics segment of the Orthotics & Prosthetics industry, highlighting the launch of its Complete Control system.
2022-10
The O&P EDGE Magazine
Stark Joins Coapt
Gerald Stark was named director of clinical innovation at Coapt, tasked with fostering relationships with clinical professionals and enhancing support for the company's myoelectric upper-limb system.
2017-07
Myant
Myant And Coapt Partner To Transform Assistive Technology And Personalized Healthcare
Myant and Coapt announced a partnership aimed at transforming assistive technology and personalized healthcare, with Myant showcasing innovations at CES.
2024-12

Frequently Asked Questions

Coapt's primary technology is its pattern recognition system, which uses machine learning algorithms to interpret myoelectric signals from residual limb muscles. This allows for more intuitive and proportional control of upper-limb prostheses compared to traditional two-site control systems, leading to a more natural and functional experience for the user.
Coapt's AI-driven pattern recognition continuously learns and adapts to the user's muscle signals, providing more precise and fluid control over prosthetic movements. This advanced interpretation of myoelectric data allows for a greater range of motion and more nuanced control, significantly improving the user's ability to perform daily tasks and enhancing overall prosthesis functionality.
Coapt primarily offers the COMPLETE Control System, which is a pattern recognition-based control unit designed to integrate with a wide range of commercially available myoelectric hands, wrists, and elbows. This allows for flexibility in prosthetic component selection while providing Coapt's advanced control capabilities.
The process typically involves an initial assessment by a prosthetist to determine suitability, followed by fitting of the prosthetic hardware. Coapt's system then undergoes a training phase where the patient performs various muscle contractions to 'teach' the system their unique patterns, followed by rehabilitation to optimize control and functional use.
Coapt provides comprehensive training for clinicians on the proper fitting and programming of their control systems. They also offer ongoing technical support and resources to help optimize patient outcomes and address any issues, aiming to maximize long-term compliance and satisfaction through effective system utilization.
Coapt's pricing for its control systems can vary, and it's best to contact their sales team directly for detailed cost information. They actively work with prosthetists and healthcare providers to navigate reimbursement pathways and provide documentation to support insurance claims for their medically necessary devices.
Coapt is recognized as a leader in advanced prosthetic control, particularly in pattern recognition and AI for myoelectric prosthetics. They continue to innovate in the bionics space, exploring advancements in human-machine interface technology and potential partnerships to expand their product offerings and market reach.

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