Physiotherapy Back, Leg and Chest Dynamometer for Rehabilitation Progress Tracking

About Physiotherapy Back, Leg and Chest Dynamometer for Rehabilitation Progress Tracking

Biotronix Physiotherapy Back, Leg and Chest Dynamometer for Rehabilitation Progress Tracking

The Physiotherapy Back, Leg, and Chest Dynamometer is a clinically proven muscle strength assessment device designed specifically for tracking rehabilitation progress in physiotherapy and recovery programs. Developed for accurate isometric muscle strength testing, this dynamometer enables physiotherapists to objectively measure strength changes in the back, leg, and chest muscle groups throughout different stages of rehabilitation.

In physiotherapy clinics and rehabilitation centers, monitoring progress is essential for evaluating treatment effectiveness and modifying therapy plans. This dynamometer provides reliable and repeatable strength data that allows clinicians to compare pre-treatment and post-treatment results, assess functional improvement, and document measurable outcomes. Its precision-driven performance supports evidence-based physiotherapy practice and patient-centered care.

The device is constructed with a heavy-duty powder-coated steel frame and a wide anti-slip standing platform to ensure stability and patient safety during testing. The height-adjustable chain system and ergonomically padded pull handle allow correct biomechanical alignment for patients of different heights and physical capabilities, ensuring standardized testing conditions and consistent results across multiple therapy sessions.

Designed for continuous professional use, the Physiotherapy Back, Leg, and Chest Dynamometer combines durability, accuracy, and ease of operation, making it an essential assessment tool for rehabilitation progress tracking in modern physiotherapy environments.

Key Features

• Accurate measurement of back, leg, and chest muscle strength

• High-precision isometric testing mechanism for reliable readings

• Heavy-duty powder-coated steel construction for clinical durability

• Wide, anti-slip base platform for enhanced patient safety

• Height-adjustable metal chain for proper biomechanical positioning

• Ergonomic padded pull handle for patient comfort

• Large, clear analog dial for easy interpretation

• Optional digital display with peak force hold function

• Smooth and consistent force transmission

• Designed for repeated use in physiotherapy rehabilitation programs

Applications

• Rehabilitation progress tracking in physiotherapy clinics

• Muscle strength comparison during recovery programs

• Orthopedic and post-surgical rehabilitation assessment

• Neurological rehabilitation strength monitoring

• Sports injury rehabilitation progress evaluation

• Functional capacity evaluation (FCE)

• Clinical documentation and outcome reporting

Benefits

• Provides objective data for rehabilitation progress tracking

• Helps physiotherapists evaluate treatment effectiveness

• Supports timely modification of therapy protocols

• Enables clear comparison of strength improvements over time

• Non-invasive, quick, and repeatable testing process

• Suitable for a wide range of patients and rehabilitation stages

• Durable construction for long-term clinical use

Technical Specifications

• Assessment Type: Isometric muscle strength testing

• Muscle Groups Assessed: Back extensors, leg muscles, chest muscles

• Measurement Mechanism: High-precision calibrated spring system / optional digital load cell

• Display Type: Large analog dial with clear graduations / digital LCD (variant based)

• Measurement Units: Kilogram-force (kgf) / Pounds (lbs)

• Measurement Range: 0 – 300 kgf (model dependent)

• Accuracy: ±1% of full-scale reading

• Resolution (Digital Model): 0.1 kgf

• Frame Construction: Heavy-duty powder-coated steel

• Platform Design: Wide anti-slip textured steel base

• Platform Load Capacity: Up to 500 kg

• Handle Type: Ergonomic, padded grip

• Adjustment System: Height-adjustable metal chain for user customization

• Safety Features: Non-slip base, secure locking points, overload protection (digital models)

• Operation Mode: Manual pull-test with peak force hold

• Power Supply (Digital Models): Battery operated / rechargeable option

• Calibration: Factory calibrated; annual recalibration recommended

• Operating Conditions: 10°C–40°C, 20–85% RH

• Usage Environment: Clinics, hospitals, sports centers, rehabilitation institutes

• Durability: Designed for continuous professional use

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