Total Hip Joint Prostheses Wear Tester - Qinsun
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Total Hip Joint Prostheses Wear Tester

- Evaluating the wear - resistance of hip joint prostheses: By simulating human movement states such

WhatsApp +86 13816217984

Email:info@qinsun-lab.com

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Standard 

  • YY/T 0651.1-2016 (China): Specifies wear testing parameters for total hip prostheses, including angular motion, loading modes, and environmental conditions.
  • ISO 14242-1:2014 (International): Defines protocols for simulating physiological loading and kinematics during hip joint wear testing.
  • ASTM F3047M-15: Additional compliance for advanced testing scenarios including edge loading and micro-separation.

Product Advantages

  1. Triaxial Motion Simulation: Replicates full physiological motion profiles (flexion/extension ±100°, abduction/adduction ±30°, internal/external rotation ±40°).
  2. Dynamic Load Control: Dual-peak loading up to 4,500 N with 0.1% force accuracy.
  3. Biorelevant Environment: Temperature-controlled (37±2°C) lubrication bath with 30±2 g/L protein concentration.
  4. Extended Durability: Capable of 5+ million cycle testing with <0.5% drift in calibration.
  5. Automated Compliance: Pre-programmed ISO/YYT test protocols with real-time data validation.
  6. Modular Design: Six-station configuration allows parallel testing of multiple specimens.

Product Features

  • Electrohydraulic Actuation: Six independent servo-hydraulic actuators for precise motion control.
  • 3D Force/Torque Sensors: Multi-axis sensors measure axial forces and torsional moments simultaneously.
  • Temperature-Controlled Bath: Recirculating lubrication system with protein concentration monitoring.
  • High-Resolution Imaging: Optional integration with micro-CT systems for in-situ wear analysis.
  • AI-Powered Analytics: Machine learning algorithms predict wear rates from initial test cycles.
  • Safety System: Emergency stop, over-pressure relief, and laser-based specimen breakage detection.

Technical Parameters

ParameterSpecification
Angular Motion RangeFlexion/Extension: ±100°
Abduction/Adduction: ±30°
Rotation: ±40°
Max. Axial Force±4,500 N (1,000 N resolution)
Load Control Accuracy±0.5% of reading (0–4,500 N)
Frequency Range0.1–5 Hz (programmable waveforms)
Temperature Control37±2°C (PT1000 sensors)
Lubrication System15L capacity with protein skimmer and bubble trap
Data Acquisition100 kHz sampling rate (16-bit resolution)
Power Requirements220V/110V ±10%, 50/60Hz, 2,500W
Dimensions (W×D×H)1,800 × 1,200 × 2,000 mm
Weight950 kg (including bath and control cabinet)
Noise Level<65 dB (A-weighted)

Standard Accessories

  1. Hip Simulator Fixture Kit:
    • Self-centering femoral head adapters (16–32 mm)
    • Acetabular cup positioning jigs (60° inclination standard)
  2. Biorelevant Bath System:
    • 15L capacity with recirculation pump and protein skimmer
    • 316L stainless steel construction with HEPA filtration
  3. WearMaster Pro Software:
    • Automated wear rate calculation (mass loss/volume displacement)
    • 21 CFR Part 11-compliant audit trail with blockchain timestamping
    • Remote monitoring via iOS/Android app
  4. Operator Kit:
    • Calibrated torque wrench set (1–50 Nm)
    • Specimen alignment gauges (ISO 14242-1 compliant)
  5. Calibration Bundle:
    • NIST-traceable force calibration weights
    • Angular encoder verification tool
  6. Safety Kit:
    • Laser safety curtains
    • Acoustic enclosure with 30 dB noise reduction


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