Back Leg Chest Dynamometer for Post-Injury Strength Assessment

About Back Leg Chest Dynamometer for Post-Injury Strength Assessment

Biotronix Back Leg Chest Dynamometer for Post-Injury Strength Assessment

The Back Leg Chest Dynamometer for Post-Injury Strength Assessment is a clinically reliable muscle strength evaluation device designed to support accurate assessment during injury recovery and rehabilitation. Engineered for precise isometric muscle strength testing, this dynamometer enables objective measurement of force generated by the back, leg, and chest muscle groups, making it an essential assessment tool for physiotherapy clinics, rehabilitation centers, hospitals, and sports injury recovery facilities.

After injury, objective strength assessment is critical for understanding functional deficits, guiding rehabilitation progression, and determining readiness for return to activity. This dynamometer provides consistent and repeatable strength data that allows clinicians and therapists to compare pre-rehabilitation, mid-recovery, and post-recovery values with confidence. Its dependable performance supports evidence-based decisions in orthopedic, neurological, and sports injury rehabilitation programs.

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

Key Features

• Designed for post-injury muscle strength assessment

• Accurate testing of back, leg, and chest muscle groups

• High-precision isometric testing mechanism for reliable results

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

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

• Height-adjustable metal chain for correct biomechanical alignment

• Ergonomic padded pull handle for patient comfort and secure grip

• Large, clear analog dial for easy interpretation

• Optional digital display with peak force hold function

• Suitable for repeated use during rehabilitation recovery

Applications

• Post-injury muscle strength assessment

• Physiotherapy and rehabilitation progress evaluation

• Orthopedic injury recovery monitoring

• Neurological rehabilitation strength testing

• Sports injury rehabilitation assessment

• Functional capacity evaluation (FCE)

• Clinical documentation and outcome reporting

Benefits

• Provides objective and quantifiable post-injury strength data

• Supports accurate rehabilitation planning and progression

• Enables consistent monitoring of recovery milestones

• Assists evidence-based return-to-activity decisions

• Non-invasive, quick, and repeatable testing process

• Suitable for patients recovering from various injuries

• Durable construction ensures long-term professional reliability

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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