In the patient area of an orthotics and prosthetics practice, various specialized equipment is used for assessment, fitting, and fabrication of orthoses (braces) and prostheses (artificial limbs). This equipment ranges from tools for manual adjustments to machinery for custom fabrication. Key items include measuring tools, fitting equipment, fabrication tools, and assessment tools.
Safe, clinician-guided stair training for rehabilitation and functional mobility The MediStair Lift Training Stairs is a superior rehabilitation tool designed to help patients safely regain confidence, strength, balance, and independence in stair negotiation — one of the most challenging activities of daily living. Engineered for physical therapy clinics, rehabilitation centers, hospitals, senior care facilities, and community mobility programs, this professional stair training system provides clinicians with a controlled, adjustable platform for progressive gait and stair training. Whether working with post-operative patients, neurological conditions, balance disorders, or older adults at risk of falls, the MediStair system supports evidence-based mobility recovery through structured, repeatable practice in a safe setting. Key Features & Capabilities ✔ Adjustable Step Height & Depth Configure step risers and treads to match: standard residential stairs variable clinical progression levels patient-specific goals This flexibility supports graded progression from assisted training to independent stair negotiation. ✔ Integrated Lift Platform A built-in hydraulic or electric lift platform allows: smooth elevation of the entire stair unit matching training height to real-world staircases safe practice even with limited clinic floor space Clinicians can adapt difficulty without moving equipment or building permanent structures. ✔ Stable, Supportive Handrails Ergonomically designed dual handrails provide: secure support for patients bilateral assistance for uneven strength sturdy grip surfaces to build confidence Rails can be adjusted for height or removed for advanced training. ✔ Non-Slip Step Surfaces Steps feature high-traction, easy-clean surfaces that: reduce risk of slips offer tactile feedback withstand daily use Ideal for diverse patient populations, including those with sensory deficits. ✔ Safety Harness & Overhead Support (Optional) Optional overhead lift or safety harness integration: provides fall protection supports body weight assistance enhances therapist safety Great for high-risk patients, early mobilization, and neurologic training. ✔ Mobility Training Tools Integration Compatible with: gait belts parallel bars balance pads and obstacles assistive devices (canes, crutches) This enables functional task sequencing and multi-component rehabilitation sessions. Clinical Applications The MediStair Lift Training Stairs is ideal for a wide range of patient needs: ✔ Post-Orthopedic Surgery RehabilitationSupports safe re-introduction to stair negotiation after TKR, THR, ACL, ankle procedures. ✔ Neurologic RehabilitationUseful in stroke, TBI, Parkinson’s or MS gait training where balance and coordination are priorities. ✔ Fall Prevention & Balance TrainingAllows therapists to isolate and mitigate compensatory patterns that contribute to falls. ✔ Geriatric Mobility ProgramsPromotes functional independence and confidence in older adults with decreased lower-limb strength. ✔ Pediatric Gross Motor Skill DevelopmentStep training supports developmental milestones in children with delayed mobility or CP. Why It Matters Stair negotiation is one of the most common barriers to independence, yet it requires: coordinated lower-limb strength dynamic balance proprioception postural control Static or hallway gait training alone does not fully prepare patients for real-life terrain. MediStair transforms stair practice into a controlled, evidence-based activity with safety features and clinical oversight — reducing asymmetry, improving confidence, and increasing functional carryover. Technical Specifications (Typical) Feature Specification Step Configuration Adjustable riser & tread depths Lift Mechanism Hydraulic / electric platform (motorized options) Load Capacity Up to 150–200 kg (model dependent) Handrails Dual, height-adjustable, ergonomic grip Safety Systems Optional harness points / fall arrest integration Surface Finish High-traction, durable poly surface Power Electric lift: 220–240 V AC (where applicable) Footprint Compact clinical-space preferred Specifications vary by configuration — confirm at time of order. Suitable Settings Outpatient and inpatient rehabilitation clinics Hospitals and orthopedics departments Physical therapy & multispecialty facilities Senior care communities & assisted living centers Sports medicine and performance clinics Clinician Benefits ✔ Facilitates safe, repeatable stair training✔ Supports graded progression and documentation✔ Reduces patient and therapist injury risk✔ Enhances functional outcomes and discharge readiness✔ Integrates with existing therapy programs Patient Benefits ✔ Builds stair confidence and capability✔ Reinforces real-world functional strength✔ Improves balance, coordination, and symmetry✔ Supports independence in community mobility
$19,995.00
Advanced, non-invasive spinal decompression for back and neck pain relief The Robotic Spinal Decompression Physiotherapy Table is a state-of-the-art therapeutic platform designed to provide controlled, targeted spinal decompression for patients suffering from chronic back pain, disc herniation, sciatica, and related musculoskeletal conditions. Engineered for precision, comfort, and clinical effectiveness, this table integrates robotic actuation with customizable treatment protocols to deliver gentle traction and realignment of the vertebral segments — without the need for surgery. Key Features & Capabilities ✔ Fully Robotic Decompression Control Advanced robotic actuators deliver smooth, programmable decompression forces along the spinal axis. The system adjusts traction dynamically during the treatment cycle, maximizing patient comfort while optimizing therapeutic effect. ✔ Multi-Segment Motion & Flexion Control Designed to target specific spinal regions (cervical, thoracic, lumbar), the table supports controlled flexion, extension, and rotation patterns that align with clinical protocols for disc decompression and nerve-root relief. ✔ Intelligent Treatment Protocols Clinicians can select from pre-set therapeutic programs or customize parameters including: Decompression force Hold/relax cycles Speed & timing Target vertebral levels This allows tailored interventions for individual patient presentations. ✔ Ergonomic Patient Comfort Patient positioning is enhanced with: Contoured body support Padded surfaces Adjustable head and pelvic restraints Integrated safety stops Comfort-oriented design supports longer treatment durations without distress. ✔ Intuitive Touchscreen User Interface The built-in control panel displays treatment metrics in real time and allows precise adjustment of settings. Protocol selection, parameter changes, and progress tracking are straightforward and clinician-friendly. ✔ Integrated Safety Systems Multiple failsafes, load monitoring, and emergency stops ensure patient safety throughout the session. The robotic system modulates force in response to resistance changes to prevent overstressing tissues. Clinical & Rehabilitation Benefits The Robotic Spinal Decompression Table is indicated for a wide range of spine-related conditions: Clinical advantages include: Gradual disc rehydration and reduction of intradiscal pressure Alleviation of nerve root compression Improved joint mobility and alignment Reduced paraspinal muscle spasm Enhanced functional comfort during activities of daily living Decompression therapy has been shown to provide significant symptomatic relief for patients with: Herniated or bulging discs Degenerative disc disease Sciatica / radiculopathy Facet syndrome Postural imbalance syndromes ✔ Non-invasive alternative to surgery✔ Customizable to patient pathology✔ Clinician-controlled, data-enabled therapy✔ Complementary to physio, manual therapy, and exercise programs✔ Supports objective tracking of clinical progress By combining robotic precision with clinical flexibility, this table enables rehabilitation professionals to deliver high-quality decompression therapy within outpatient, hospital, and physiotherapy settings. Typical Treatment Workflow Patient assessment: baseline examination & postural evaluation Protocol selection: choose target region and parameters Positioning: secure and comfortable setup on table Therapy delivery: robotic decompression with guided motion Post-session review: range of motion, pain scores, functional assessment Technical Specifications (Example) Specification Details Power Supply 220–240 V AC, 50/60 Hz Operation Mode Fully programmable robotic traction Treatment Modes Cervical / Lumbar / Multi-segment Max Force Clinician adjustable to therapeutic levels Display Integrated touchscreen control panel Safety Emergency stop + load sensors Patient Weight Capacity Up to 200–250 kg (model dependent) (Actual specifications vary by configuration and model. Please confirm prior to ordering.) Practice Settings Ideal for: Physiotherapy clinics Orthopedic centers Pain management facilities Rehabilitation hospitals Sports medicine and chiropractic practices Clinician Benefits Objective, reproducible decompression control Reduced manual clinician effort vs traditional traction Improved patient comfort and compliance Integrated safety monitoring Custom session data retention for audit and follow-up
$12,995.00
Advanced, radiation-free spinal assessment for scoliosis screening and monitoring The ScoliMatrix 3D Detection System (FT08W) from Forethought Medical is a portable, next-generation scoliosis detection and spinal assessment solution designed to bring high-precision, 3D diagnostic capability into clinics, rehabilitation centers, hospitals, and physical examination settings — without the need for ionizing radiation. Built around an integrated 3D spatial tracking and sensing platform, ScoliMatrix captures full-spine spatial data, enabling clinicians to visualize and measure spinal deformities in three anatomical planes (coronal, sagittal and transverse), and generate highly informative assessment reports within seconds. Key Features & Capabilities 🌟 Radiation-Free Scoliosis AssessmentConduct comprehensive spinal screenings and Cobb angle measurements while the patient stands in a natural posture — eliminating the need for X-rays during routine follow-up and early screening. 📐 3-Plane Spinal AnalysisAdvanced 3D imaging constructs a full spinal profile and model to quantify curvature severity, rotational deformity and alignment across multiple segments of the spine. 📊 Intelligent Automated MeasurementsScoliMatrix calculates both Cobb angle and rotational metrics such as the Angle of Trunk Rotation (ATR), supporting clinicians with actionable quantitative data to inform clinical decisions. ⚡ Rapid, Real-Time ResultsSimple scanning workflow delivers scoliosis screening results in approximately 10 seconds, with intuitive visual outputs that can be reviewed instantly. 📍 Portable & Bluetooth-EnabledCompact and mobile, the FT08W unit supports wireless connectivity and Bluetooth data transfer, making it ideal for multi-room use, outreach screenings, and space-constrained clinical environments. 👕 User-Friendly WorkflowEasy operation requires minimal patient preparation — scanning can be accomplished with clothing on (light tops), without gel or skin markers — lowering barriers for rapid, routine use. Clinical & Practice Applications Early scoliosis screening in pediatrics and adolescents Follow-up and monitoring of curve progression Rehabilitation evaluation and objective tracking of postural change Orthopedic assessment in outpatient clinics School- and community-based spinal health screenings Rehabilitative and therapeutic planning integration ScoliMatrix bridges traditional visual posture checks with precise, digital 3D analysis, enabling clinicians and rehabilitation teams to document change over time, communicate findings clearly, and make more informed decisions about bracing, therapy progression, or referral. Why It Matters The prevalence of idiopathic scoliosis among children and adolescents means that effective screening and monitoring is a clinical priority. ScoliMatrix delivers: ✔ Enhanced measurement accuracy similar to radiographic standards✔ Improved patient safety with radiation-free assessment✔ Reduced clinical workflow burden via fast scanning✔ Objective data support for therapy decisions These capabilities make the ScoliMatrix system a powerful tool for orthopedic departments, rehabilitation centers, physical examination facilities, and multidisciplinary spinal care teams across IMEA markets.
$9,995.00
Orthostand M30 revolutionises the way foot-care professionals, orthotists, podiatrists, and prosthetic technicians work — offering an ergonomic, electrically height-adjustable platform engineered for comfort, precision and productivity. Key Features & Specifications Electrically height-adjustable platform — Enables providers to raise or lower the working height effortlessly to match the practitioner’s posture or patient’s needs. Low step-up height (14 cm) — Minimises strain when patients step on, improving safety and accessibility. Robust safety system — Solid, rotating safety bars which can be set in multiple positions (step-up, support, or closed) — offers secure entry and exit, especially for small or mobility-challenged patients. High load capacity — While powerful motors support heavy loads, the system is safely limited to 140 kg, ensuring stable, reliable performance. Compact footprint with ergonomic seat — The seat is fixed at 44 cm width × 43 cm depth; seat platform set at 41.5 cm from base, suitable for routine orthotics/footcare workflows. Generous platform dimension — Working surface of 70 cm (W) × 56 cm (D) — enough room for patient foot positioning, scanning, casting or device fitting. Customisable configuration — Framework allows optional add-ons (e.g. notebook holder, potential sliding modules for footbed/scanner trays) to integrate digital workflows — ideal for scan-to-print or CAD/CAM-based orthotics labs. Why Orthostand One Matters Ergonomics First — By allowing the practitioner to work at optimal height and posture, it reduces the risk of back strain, musculoskeletal stress and fatigue — important for high-volume clinics or labs working long hours. Patient Safety & Accessibility — Low step entry plus secure safety bars ensure patients of varying mobility and balance levels can step on/off comfortably and safely. Professionalism & Precision — The stable, adjustable platform gives a strong, consistent foundation for foot scanning, casting, orthotic fitting or adjustments — improving precision and repeatability. Scalable for Digital Workflows — With optional modules (e.g. notebook holder, scanner tray) Orthostand One is well-suited for clinics adopting digital scanning, CAD design, 3D printing or CNC manufacturing — aligning with modern orthotics/prosthetics workflows. Ideal For Prosthetic & orthotic clinics performing socket fitting, adjustments or alignment. Podiatry or foot-care practices needing ergonomic benches for casting, scanning or treatment. Labs adopting digital workflows (scanning, CAD/CAM, 3D printing or CNC milling) requiring stable, adjustable workstations. Clinics aiming to improve staff comfort, productivity, and safety during patient treatments.
$3,995.00
The Namrol Imprint-of-Feet System provides a refined and clinical-grade method for capturing accurate foot impressions and morphology — offering a powerful foundation for custom foot orthotics, insoles, and corrective footwear. Designed for podiatry clinics, orthotic labs, and custom shoe workshops, this system ensures that foot geometry and pressure points are faithfully recorded while the foot is in a corrected, weight-bearing position. 🔍 Core Components & Features Vac-Control Vacuum Unit — A compact, maintenance-free vacuum generator with independent controls for each silicone bag, allowing for precise vacuum suction during the imprint process. It supports one or two silicone bags (for single or bilateral impressions) and offers optional foot-pedal activation for ease of use. V-Print Silicone Vacuum Bag — A high-elastic silicone bag, filled with microspheres for enhanced detail. Its ergonomic design captures a well-defined footprint in corrected posture, enabling precise modeling of foot shape, arches, and potential discharge zones. Dist-Control Option — Alternative vacuum unit configuration with the same capability to connect with one or two V-Print bags — giving flexibility depending on clinic or lab setup. Stabil Platform — A rigid platform with clamping bars and a sturdy chassis rated for patients weighing up to 180 kg — providing a stable base for accurate footprint recording, even in heavier patients. Benefits & Clinical Use Cases Accurate Foot Morphology Capture: Achieves footprint capture and foot impression directly on the patient’s foot in a corrected, weight-bearing position — ideal for creating custom foot orthotics, insoles, or corrective devices that truly match the patient’s anatomy. Detailed Pressure & Relief Modeling: The high-elastic silicone bag records fine details of foot geometry and load-bearing zones, helping technicians define areas requiring pressure relief or support — such as high arches, pronation/supination zones, or sensitive regions. Efficient Workflow for Clinics and Labs: The combined system (vacuum unit + silicone bag + stable platform) streamlines the imprinting process, making it quick, repeatable, and suitable for multiple patients without complex setup or hygiene compromise. Versatility & Flexibility: Supports single-foot or bilateral (both feet) imprinting, and adapts to different patient sizes/weights. Works well for custom orthotics, insoles, diabetic foot care, and postural correction devices. Ideal For Podiatrists and podiatry clinics offering custom insole and orthotic services Orthotic and prosthetic labs producing custom foot orthoses, insoles, or corrective footwear Clinics specializing in diabetic foot care, pressure-relief insoles, and foot-deformity management Custom shoe manufacturers and rehabilitation centers requiring precise foot morphology capture In short: The Namrol Imprint-of-Feet System is more than a simple footprint plate — it’s a comprehensive footprint-capture and imprint molding solution for clinics and labs that demand precision, reliability, and anatomical fidelity. Its vacuum-based silicone-bag imprinting ensures that custom orthotics and insoles are built on accurate, patient-specific data — enhancing comfort, support, and treatment outcomes.
$679.21
The Qaadir Freestanding Parallel Bars 3.3M are designed for safe, durable, and professional rehabilitation use. Unlike other brands, these bars are completely free-standing while offering the option to mount for added stability. Built with high-quality steel and powder-coated finish, they provide reliable support for patients and therapists alike. Key Features Sturdy, Safe & Durable: Rails made from 0.63" steel with 300 lbs capacity; bottom bases from ¼" steel plate; square tubing 0.83" and 0.95" steel Height Adjustments: Adjustable from 32" to 39" (to top of rail) Fixed Width: 24" inside measurement for consistent spacing Powder-Coated Handrails: One-piece 1.5" steel rails for long-lasting durability Weight Capacity: Supports up to 300 lbs Free Standing with Stability Options: Includes 2 bolt-on wood plates; can also be mounted to any surface for maximum stability The Qaadir Freestanding Parallel Bars 3.3M combine safety, durability, and professional design, making them an essential rehabilitation tool for O&P clinics, therapy centers, and home care environments.
$895.00
