⚡The Easytech Prima is a highly versatile, multi-joint isokinetic workstation engineered to provide comprehensive biomechanical assessment and treatment for the knee, ankle, and shoulder.
⚡Equipped with a passive hydraulic braking system, it ensures a remarkably smooth and safe resistance profile that strictly adapts to the user’s instantaneous force output.
⚡Its modular attachment system allows therapists to quickly switch between different joint configurations, offering flexibility for both early-stage rehabilitation and late-stage athletic return-to-play testing.
⚡It stands out as a “compact powerhouse,” serving as the ideal entry-level isokinetic solution for orthopedic clinics that require clinical data accuracy without requiring massive floor space.
Specifications
🔹 Primary Technology: Heavy-duty, high-precision hydraulic brake dynamometer.🔹 Resistance Mechanism: Accommodating resistance that automatically adjusts to the user’s force output to maintain a constant, safe speed.🔹 Model: Prima Iso (Medical Device Class I): Passive dynamometer featuring Concentric and Isometric training modalities.🔹 Model: Prima Plus (Medical Device Class IIb): Active and passive dynamometer unlocking Concentric, Eccentric, Mixed, and Isometric modalities.🔹 Included Joint Levers: Dedicated attachments for Knee, Ankle, and Shoulder.🔹 Closed Kinetic Chain (CKC): Includes a specific CKC lever for functional, multi-joint weight-bearing simulations.🔹 Optional Expansion: Bipodalic lever for simultaneous bilateral lower-limb exercises.🔹 Organization & Storage: Includes a dedicated 38 kg rolling lever cart (46 x 46 x 42h cm) to keep attachments organized and accessible.🔹 Dimensions (Base Unit): 70 x 140 x 135h cm.🔹 Device Weight: 162 kg (Prima Iso) / 194 kg (Prima Plus).🔹 Maximum Patient Load: 135 kg.🔹 Power Supply: 100-230 Vac, 50/60 Hz monophase.
Software
🆓 Lifetime Free Software: No recurring costs or subscription charges.
✨ Software & Analytical Capabilities
🔹 Real-Time Visualization: Live feedback of muscle forces (torque) and joint angles across full range of motion
🔹 Painful Arc Identification: Detects and isolates painful or low-validity joint ranges to support safer load prescription
🔹 Advanced Curve Analysis: Generates force-time and angle-force curves for detailed biomechanical interpretation
🔹 Comparative Reporting: Supports longitudinal (same joint over time) and transverse (left vs right symmetry) analysis
🔹 Dynamic Performance Tracking: Monitors neuromuscular output for return-to-play decision support
🔹 System Requirements: Windows OS / 4GB RAM / 1024×768 display / 24-bit graphics support
