Physical Therapy Equipment in Massachusetts

Hike Medical is a healthcare technology company specializing in precision foot care and musculoskeletal (MSK) pain prevention, primarily serving blue-collar workforces. The company's flagship product is Hike Custom Insoles—clinical-grade, 3D-printed orthotic insoles manufactured in the USA at their SoleForge facility in Illinois. Using AI-powered technology, Hike enables users to create precise 3D foot models via a simple mobile scan (no app required), eliminating traditional barriers to custom orthotic care such as clinic visits and extended wait times. The resulting insoles are produced within two weeks and shipped directly to users. Hike partners with employers, healthcare providers, and clinics to address the rising costs and productivity losses associated with lower-body MSK conditions, which account for approximately one-third of all muscle and joint pain claims. The company has established partnerships with major organizations including OSF HealthCare and Fortune 100 manufacturers, demonstrating clinical validation and scale across diverse workforce segments.

FIGUR8, Inc. develops FDA-registered musculoskeletal (MSK) assessment technology that replaces subjective measurement tools with objective, lab-grade biomechanics data. The company's flagship platform, the bioMotion Assessment Platform (bMAP), combines on-body wearable sensors with cloud-based analytics to provide precise movement analysis and functional capacity assessments. FIGUR8 serves physical therapists, orthopedic surgeons, chiropractors, occupational health clinics, workers' compensation payers, and sports medicine practitioners. The platform captures over one million data points during dynamic functional movement testing, offering quantitative metrics for injury assessment, recovery monitoring, and return-to-work determination. Use cases include workers' compensation claim management, surgical candidacy evaluation, post-injury rehabilitation tracking, and athletic performance assessment. FIGUR8 is particularly positioned for workers' compensation and occupational health markets, where objective MSK data reduces claim duration and improves outcomes. The company emphasizes clinical training and provider enablement through didactic courses and onsite support. Regulatory status includes FDA registration; the site references compliance with clinical standards and the APTA Digital Transparency Pledge. The technology addresses a significant clinical gap by providing consistent, repeatable objective metrics superior to manual muscle testing and traditional subjective clinical assessments.

Tekscan, Inc. designs and manufactures patented force measurement, pressure mapping, and tactile sensing solutions for clinical, research, and industrial applications. The company specializes in real-time pressure and temperature visualization systems used to measure and analyze force distribution between or across surfaces. Core product lines include pressure mapping systems for clinical assessment and R&D optimization, embedded flexible force sensors (FlexiForce) engineered for OEM device integration, and temperature mapping systems that correlate thermal and pressure data. A key clinical product is T-Scan Novus, a digital occlusal analysis system for dental applications that evaluates bite force, occlusion, and timing. Tekscan's solutions serve biomechanics research, dental diagnostics, orthopedic assessment, rehabilitation evaluation, automotive and manufacturing quality control, battery optimization, and electronics/semiconductor process validation. The company provides custom sensor design, rapid prototyping, and engineering consultation through TactileLab. Products are used by clinicians to improve patient outcomes and by engineers in R&D and quality control to validate designs and ensure repeatable performance. Tekscan was acquired by Uneo, Inc. in November 2025 and operates as part of the Tekscan Group. The company maintains technical support services, product training, and calibration capabilities.

XRHealth is a digital health company specializing in AI-powered extended reality (XR) therapeutic solutions for clinical and home-based care. The company develops virtual reality and immersive software platforms that deliver evidence-based treatment for pain management, cognitive behavioral therapy, physical rehabilitation, occupational therapy, and mental health interventions. XRHealth's flagship product, the XRHealth VR CBT Device, is Medicare-covered as durable medical equipment (DME) under HCPCS Code E1905. The company also offers the XR CareCart, a plug-and-play VR rehabilitation station for deployment in clinics, hospitals, and community settings. XRHealth 2.0 is described as a unified XR therapeutic ecosystem integrating AI-driven personalization, dynamic avatars, and clinical support tools. The platform supports conditions including anxiety, ADHD, autism spectrum disorder, Parkinson's disease, stroke rehabilitation, cancer-related symptoms, and burn wound management. XRHealth holds FDA registration for its medical devices and has secured patents for XR-based impulsivity measurement systems. The company operates through multiple acquisition-driven product lines (acquired Innerworld, RealizedCare, NeuroReality/Koji's Quest, and merged with Amelia Virtual Care) and positions itself as a B2B provider serving healthcare organizations, clinicians, therapists, and patients. Services include clinical delivery, treatment planning, and clinician AI assistant functionality.

Advanced Mechanical Technology Inc (AMTI) is a global leader in multi-axis force measurement and biomechanics testing solutions with 50 years of industry experience (founded 1976). The company designs and manufactures precision force plates, load cell systems, instrumented treadmills, force-torque sensors, and joint simulators serving clinical rehabilitation, research, and high-performance sports communities. Primary product lines include the Optima Biomechanics Measurement Series (BMS) force plates, Tandem force-sensing instrumented treadmills, Mobile Instrumented Pitching Mound, and industrial force-torque sensors. AMTI's Optima HPS platform represents advanced strain-gage technology with center-of-pressure accuracy to fractions of a millimeter, crosstalk typically ±0.05% of applied load, and measurement accuracy ±0.1%. The company holds ISO 13485 (medical devices quality management) and ISO 9001 certifications, with ANAB-accredited calibration services. Products are used in gait analysis, balance assessment, sports biomechanics research, and functional rehabilitation evaluation. Distribution spans North America, Europe, Asia, South America, Africa, and Australia. AMTI maintains calibration and technical support infrastructure for clinical and research institutions.

REEV is a medical robotics company specializing in personalized mobility solutions for individuals with neurological gait disorders, including stroke survivors, multiple sclerosis, and paraplegia patients. The company offers an integrated two-product platform: REEV SENSE, an AI-powered wearable gait analysis system that captures real-time kinematic data via dual sensors, and DREEVEN, a motorized knee-ankle-foot orthosis (KAFO) that provides personalized robotic assistance based on patient-specific gait signatures. The system enables certified orthotists and rehabilitation clinics to perform rapid gait calibration, monitor patient progression through mobile analytics, and deliver customized motor control assistance in outpatient and clinical settings. REEV's technology integrates electro-hydraulic actuation with machine learning algorithms to adapt orthotic support dynamically to each patient's walking pattern, improving functional mobility and independence.

Computer Sports Medicine, Inc. (CSMi) is a family-owned manufacturer of computer-based measurement, training, and documentation solutions for athletic training, exercise science, and physical therapy. Founded in 1982 and based in Stoughton, Massachusetts, CSMi serves hospitals, clinics, research centers, training rooms, industrial sites, and educational institutions across 30+ countries. The company's flagship product, HUMAC NORM, is a gold-standard isokinetic testing and rehabilitation system offering four resistance modes and 22 isolated-joint patterns for objective strength assessment and functional rehabilitation across shoulder, elbow, wrist, hip, knee, and ankle. CSMi also provides SportsWareOnLine, a HIPAA- and FERPA-compliant web-based electronic medical record (EMR) platform purpose-built for athletic trainers to document injuries, treatments, and return-to-play decisions, already managing records for over four million athletes worldwide. The company's integrated solutions enable clinicians, researchers, and athletic professionals to collect objective data, track recovery outcomes with confidence, and support evidence-based rehabilitation protocols.

Pulsar Scientific, LLC is a medical device manufacturer based in Ludlow, Massachusetts, specializing in thermal compression and pneumatic compression therapy systems. The company's engineering team brings expertise in fluid mechanics, refrigeration, heating systems, and precise temperature control. Pulsar produces the Recovery+ thermal compression system, which delivers high-performance cool and heat therapy with optional pneumatic compression capabilities, and the DVTherapy portable pneumatic compression system for Deep Vein Thrombosis (DVT) prevention. Both products feature user-friendly interfaces with OLED displays, remote control operation, and modular designs that allow standalone or integrated use. These systems are designed for post-operative recovery, pain management, and prophylactic DVT prevention in clinical and rehabilitation settings.