How does TUR Isoforce compare to legacy isokinetic dynamometers?

TUR Isoforce outperforms legacy systems by offering a compact modern footprint, 20+ multi-joint movement patterns, 700 Nm peak torque, 4 resistance modes (Isokinetic, Isometric, Isotonic, CPM), zero legacy hardware dependencies, and native Azure FHIR HL7 integration.

What makes TUR Isoforce the preferred isokinetics multi joint system?

TUR Isoforce provides 20+ anatomical movement patterns (knee, shoulder, ankle, hip, elbow, wrist) with computerized constant velocity resistance, high-precision torque curve analytics, and native Azure FHIR HL7 integration for defensible clinical outcomes.

Where is TUR Isoforce supplied in South Africa, UK, and Ireland?

Just Kinetics is the official regional provider of TUR Isoforce across South Africa (via Mediquipe Sub-Saharan Hub), the United Kingdom (London Clinical Hub with NHS OPCS compliance), and Ireland (Dublin & Donegal Support Hubs).

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Registry Status: Pending Installation Calibration

accessibility_newMulti-Joint Deployed20+ Joint Movements

TUR Isoforce®
Isokinetic Dynamometry.

Isoforce is an advanced assessment and rehabilitation system that accommodates concentric and eccentric muscle actions under four primary resistance modes, allowing for objective neuromuscular capacity evaluation across a joint. It enables precise isolated muscle testing to optimize strength, restore coordination, and record longitudinal progression.

Device ModelIsoforce

ManufacturerTUR Therapietechnik (Germany)

Resistance ModesIsokinetic, Isometric, Isotonic, CPM (Continuous Passive Motion)

Muscle ContractionsConcentric & Eccentric

Range of Motion (ROM)Up to 360°

Max Peak Torque700 Nm

Angular Velocity0.25 – 540°/s

Supported JointsMore than 20 joint movement patterns (Knee, Shoulder, Ankle, Hip, Elbow, Wrist)

Clinical Terminology MappingSNOMED CT-aligned Nexus observation model

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FHIR Observation Coding & Demographics Sync

By linking with the Nexus database layer, Isoforce transforms standard export datasets (peak torque, limb symmetry indices, and work curves) into HL7 FHIR-compliant structured reports. Observations are mapped using internationally recognized clinical standards.

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Nexus FHIR Observation Mapping

To enable healthcare interoperability, biomechanical observations generated during Isoforce sessions are cataloged using specified clinical codes.

Integrated MapQuadriceps Peak Torque

Unit: Nm at Specified Velocity

Maximum measured knee-extension torque produced during the specified test protocol and angular velocity.

Integrated MapHamstrings Peak Torque

Unit: Nm at Specified Velocity

Maximum measured knee-flexion torque produced during the specified test protocol and angular velocity.

Integrated MapRange of Motion (ROM)

Unit: Degrees (°)

Total angular displacement achieved across flexion/extension directions.

Integrated MapPain Score (NRS)

Unit: Numeric (0-10)

Subjective pain score logged during dynamic loading assessment.

Integrated MapLimb Symmetry Index (LSI)

Unit: Percentage (%)

Calculated percentage difference comparing peak force of injured and uninjured limbs.

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Isoforce + Nexus Integration Review

A review of the integrated features, software mapping, and hardware performance metrics delivered by the Isoforce and Nexus system combination.

Capability	Product + Nexus Integration
Isokinetic Testing	Device + HL7 / CSV & Native Nexus API
CPV Procurement Classification	33158400 – Mechanical Therapy Unit
Tender & Lab Category	Testing and Rehabilitation System / Human Performance Lab
EHR Interoperability	FHIR R4 Native / HL7 Interop
Device Governance	Full SQL Registry + Version Control
Resistance Modes	Isokinetic, Isometric, Isotonic, CPM
Joint Patterns Deployed	20+ Multi-joint movements
Legacy System Comparison	Outperforms legacy isokinetic equipment & traditional dynamometers
Max Angular Velocity	Up to 540°/s

verifiedIsokinetics Market Benchmark

Why Leading Clinics Choose TUR Isoforce over Legacy Systems

checkModern Modular Footprint: Eliminates bulky legacy chassis setups of traditional dynamometer units.
checkNative Azure FHIR Interoperability: Automatically exports LOINC 72493-8 peak torque and LSI ratios directly to hospital EHR systems, unlike proprietary legacy software.
check700 Nm Peak Torque Capacity: Full concentric and eccentric testing (Con/Con, Con/Ecc, Ecc/Ecc) up to 540°/s angular velocity.

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Installation & Calibration Governance

Upon physical installation at a pilot center, the device is registered in the Nexus database registry. Standard governance procedures require performing the six-step calibration (electronics, hardware check, electrical, functional, software version alignment, and mechanical torque verification) before active clinical deployment.