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AMTI -Model ADL -Hip Simulator for Hip Implant Testing

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AMTI's ADL Hip Simulator is a sophisticated 12-station joint simulator designed for comprehensive testing of hip implants. It stands out for its ability to simulate a wide range of physiological motions associated with daily activities, such as running and bending. The simulator features advanced microseparation capabilities, crucial for understanding wear on prosthetic devices. Its Adaptive Control Technology ensures highly accurate tuning with minimal manual intervention. Each station is equipped with a peristaltic pump that provides a temperature-controlled fluid bath, replicating physiological conditions. The system employs servo-hydraulically generated motions with long-life, laminar seal actuators, ensuring over 108 cycles. Fully equipped for implant testing, it includes 12 integrated multi-axis load cells, enabling precise measurement of forces across three axes. The simulator is compliant with ISO and ASTM standards for hip and spine implants and offers versatility for testing other joints. AMTI also provides robust technical support through its ASAP service plan tailored to lab needs.

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AMTI’s ADL (Activities of Daily Living) 12-Station Hip Simulator is the most advanced, reliable and accurate method of evaluating the design and materials of hip implants. Its unique combination of capabilities and performance makes it the most relied upon simulator of its kind in the world.

Extensive Range of Motion

AMTI simulators are built to replicate the motions associated with activities of daily living (ADLs), such as running, deep knee bends, and even swinging a golf club. Up to twelve different physiological motions can be sequenced to define a particular lifestyle.

  • Integral microseparation feature
  • Matchless accuracy and ease-of-use
  • Physiologically correct
  • Proven long life and reliable performance
  • Completely configured for implant wear testing
  • Advanced control modes
  • Ready for ISO and ASTM testing
  • Easily adaptable for simulation of other joints
  • Backed by global support