Infinite Biomedical Technologies

Baltimore, MD, United States All United States companies → — Founded 1997

Medical Device / Hardware Specialty-Focused AI

Orthopedics Physical Medicine & Rehab Plastic Surgery

Neurology AI Wearables & Remote Monitoring (RPM)

Grant, Generating Revenue

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About Infinite Biomedical Technologies

Infinite Biomedical Technologies (IBT) is a medical device company that originated from the Johns Hopkins School of Medicine in 1997. The company focuses on translating laboratory research into practical medical solutions, particularly in the field of prosthetic devices and control systems for individuals with upper limb loss. IBT’s mission is to improve the quality of life for amputees by developing innovative, streamlined, and reliable prosthetic solutions. Their approach involves a collaborative effort between engineers, clinicians, and researchers, working directly with patients and healthcare providers.

IBT has developed several key technologies, including the Sense pattern recognition control system, which utilizes multiple inputs from limb muscles to provide a more intuitive and responsive prosthetic control. This system, along with associated Element low-profile surface EMG electrodes and FlexCell flexible lithium-polymer batteries, is designed to interface with most myoelectric hands, wrists, and elbows. They also offer the MyoTrain virtual-limb pre-prosthetic training system, which helps users learn to operate pattern recognition prostheses. IBT’s commitment to innovation is evidenced by their 50+ peer-reviewed publications, 9 accrued patents, and over 5,000 patients served across 21 countries.

Focus Areas

Upper-limb prosthetics Myoelectric prosthesis control Prosthetic electronics Flexible battery systems Medical-device development Medical-device regulation Pattern-recognition control Machine-learning algorithms

Business Intelligence

Technology

Myoelectric control, Pattern-recognition control, Machine-learning algorithms, Electromyography (EMG) electrodes, Flexible electronics, Lithium-polymer batteries, Embedded hardware and software, Mobile device interfaces

What Physicians Need to Know

Upper Limb Prosthetics & Myoelectric Control

Infinite Biomedical Technologies (IBT) specializes in advanced upper limb prosthetics, offering solutions that bridge the gap between direct control and pattern recognition. Their Glide system utilizes 2 to 8 electrodes to control a wide range of prosthetic hands, wrists, and elbows, providing precise directional control and advanced functionality. They also developed the Sense pattern recognition system, which interprets muscle signals for intuitive prosthetic control. IBT's morph2 wireless controller uses RFID tags to enable seamless grip switching for multi-functional prosthetic hands.

Rehabilitation Systems & Virtual Training

IBT offers rehabilitation systems and virtual-limb pre-prosthetic training, such as their MyoTrain system. This system helps individuals with upper limb loss learn to use pattern recognition, particularly valuable during the period between amputation and receiving a definitive prosthesis. They are also developing a reusable wireless armband to eliminate the need for a check socket during pre-prosthetic training.

Flexible Batteries & Medical Devices

IBT developed FlexCell, a line of ultra-thin, lightweight, and flexible batteries specifically engineered for individuals with upper limb differences. These modular batteries can conform to the inner surface of a prosthesis shell and feature magnetic charging and a single button for power and battery capacity checks. IBT's products, including the Element System with IBT Electrodes, are FDA Class I and Class II, and CE marked devices.

Advanced Machine Learning & App-Based Interfaces

IBT incorporates advanced machine learning algorithms in their control systems. Their IBT Control App allows users to seamlessly adjust settings, monitor performance, and explore features of their Glide control strategy.

Physician Tip

For physicians, Infinite Biomedical Technologies offers intuitive and scalable prosthetic solutions that can significantly improve patient outcomes. The Glide system's ability to use 2 to 8 electrodes and its compatibility with almost every hand, wrist, and elbow on the market provides flexibility in fitting and customization. The MyoTrain virtual-limb pre-prosthetic training system can be crucial for early rehabilitation and skill development, potentially leading to better acceptance and function of the definitive prosthesis. The FlexCell flexible batteries offer a practical solution for power management, enhancing comfort and ease of use for patients. The app-based user interfaces empower both clinicians and patients with greater control and adjustability of prosthetic settings. IBT's commitment to research and development, with strong ties to Johns Hopkins University, ensures innovative and clinically relevant advancements.

IBT's Glide system is compatible with a wide range of terminal devices, including those with direct grip control (e.g., i-Limb Quantum, VINCENTevolution, TASKA, COVVI Hand, Ability Hand, Zeus) and analog input (e.g., Basic Hand, Adam's Hand, SensorHand Speed, Michelangelo Hand, bebionic). Their control systems are designed to interface with most myoelectric hands, wrists, and elbows on the market. The IBT Control App connects to the Core2 controller within the prosthesis. IBT also collaborates with other entities, such as Root3 Labs for biomedical armband sensor design.

Products by Infinite Biomedical Technologies

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What the Web Says

Infinite Biomedical Technologies (IBT) is a Baltimore-based company with Johns Hopkins roots that designs and manufactures Class II electronic medical devices, including prosthetic control systems. Their products, such as the Sense System and Glide control system, aim to improve the functionality and control of prosthetic arms. While specific product reviews on major platforms like G2, Capterra, and Reddit are limited, the company has received positive feedback from users involved in product development and has a positive employer review on Indeed.

Overall: Mixed

Strengths

Products like the MORPH prosthetic device have been described as life-changing by users, offering improved confidence and ability.
The Glide control system is noted for its innovative approach to myoelectric control, balancing direct control and pattern recognition.
The company fosters a supportive community for interns.
Managers are accessible and easy to reach out to.
The company has a flat organizational structure.
Employees feel welcomed, even as interns.

Limitations

Limited public product reviews on major platforms like G2, Glassdoor, Capterra, and Reddit.
Some interns have noted a lack of formal training.
Software Engineer salaries at IBT appear to be below the national average.

Based on reviews from: Indeed.com, Greenlight Guru Partner, RFID Journal, Technical.ly Baltimore, Prosthetic.com, Greenlight Guru, IEEE Xplore, App Store, ClinicalTrials.gov, SBIR.gov, ConductScience, The Johns Hopkins University

Last updated: 2026-10-19

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Press & Coverage

PRWeb

Infinite Biomedical Technologies Launches Innovative New Prosthetic Accessory

Infinite Biomedical Technologies announced the release of morph2, a wireless controller technology using RFID tags to enable upper limb amputees to switch grips seamlessly.

2016-12

RFID Journal

Infinite Biomedical Technologies Releases HF Version of RFID-Enabled Prosthetic Hand With Locking Capability

IBT released a new version of its morph prosthesis, morph2, which uses high-frequency RFID to automate prosthetic hand movements and includes a locking function.

2017-02

Dankmeyer, Inc.

Patient Stories: Dr. Rubin and Infinite Biomedical Technologies (Part 2)

This article details the collaboration between Dankmeyer and IBT on the Sense system, a pattern recognition-based arm prosthesis controller, and its benefits for patients like Dr. Andrew Rubin.

2019-01

Baltimore Business Journal

Best in Tech 2020: Damini Agarwal, Infinite Biomedical Technologies - Baltimore Business Journal

Damini Agarwal, Director of Product Development at IBT, is highlighted for her work in securing funding, guiding medical device development, and leading the team that created the FDA-cleared Sense device.

2020-06

Dankmeyer, Inc.

Patient Stories: Dr. Andrew Rubin and Infinite Biomedical Technologies (Part I)

This article is the first part of a series showcasing the collaboration between Dankmeyer and IBT, featuring Dr. Andrew Rubin's experience with IBT's prosthetic technology.

2021-04

Frequently Asked Questions

What specific upper limb prosthetic solutions does Infinite Biomedical Technologies offer, and how do they incorporate myoelectric control and pattern recognition?

Infinite Biomedical Technologies (IBT) specializes in advanced upper limb prosthetic solutions, integrating sophisticated myoelectric control and pattern recognition algorithms to provide intuitive and functional control for individuals with limb loss. Their systems are designed to interpret muscle signals more accurately, translating them into precise prosthetic movements.

How do IBT's rehabilitation systems and virtual-limb pre-prosthetic training programs integrate with their medical devices to improve patient outcomes?

IBT's rehabilitation systems and virtual-limb pre-prosthetic training programs are designed to work synergistically with their medical devices. These programs utilize advanced machine learning algorithms and app-based user interfaces to help patients learn and adapt to prosthetic control in a virtual environment before transitioning to a physical prosthesis, ultimately aiming to improve functional outcomes and reduce training time.

What are the key features and benefits of IBT's flexible batteries and embedded control technologies in their prosthetic devices?

IBT's prosthetic devices incorporate flexible batteries and advanced embedded control technologies to enhance user comfort, device longevity, and performance. Flexible batteries allow for more ergonomic and custom-fit designs, while embedded control technologies ensure reliable and efficient operation of the myoelectric and pattern recognition systems.

What is IBT's approach to addressing sonomyographic prosthetic control concerns, and what are the advantages of their solutions?

IBT addresses sonomyographic prosthetic control concerns by continuously refining their algorithms and sensor technologies to improve signal acquisition and interpretation. Their solutions aim to provide more robust and reliable control, even in challenging conditions, by minimizing interference and enhancing the clarity of muscle signal detection.

Can you provide information on the compliance of IBT's medical devices with regulatory standards, as well as details on pricing, support, and potential partnerships?

IBT is committed to ensuring its medical devices comply with all relevant regulatory standards to guarantee patient safety and product efficacy. For specific information regarding pricing, comprehensive support services, and opportunities for partnerships, healthcare administrators and physicians are encouraged to contact IBT directly to discuss their specific needs and explore collaborative ventures.

What is the company's stability and long-term vision for advancing limb loss solutions and prosthetic technology?

Infinite Biomedical Technologies demonstrates a strong commitment to long-term stability and continuous innovation in the field of limb loss solutions. Their vision includes ongoing research and development in advanced machine learning, embedded control, and user interface technologies to continually enhance the functionality and accessibility of prosthetic devices, aiming to improve the quality of life for individuals with limb loss.

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