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| Engineering home | About Engineering | Departments and schools | Courses | Research | Contact Engineering |
| MUCBE | REHABTech | Contact Us |
| Related Components No related components Related Web Pages Research: Performance of Hydraulic Knee Controllers Research: Tester for the Decay of Prosthetic Knee Control Units Research: Prof C.W. Radcliffe - Biomechanics of Knee Stability Control with Four-Bar Prosthetic Knees |
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| Knee Specific details |
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Maximun Flexion Angle: 160 degrees Knee Locking Mechanism: No Stance Phase Control: Geometric locking system, polycentric design and adjustable stance yeilding system. Swing Phase Control: 3 phase 3 valve, hydraulic system extension promoter, with optional internal extension assist. |
| Details Established by REHABTech | Manufacturers Supplied Details |
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| Compatibility:Total-knee thread to 30 mm pylon adapter | Torque settings: Distal tube clamp bolt 34 Nm |
| Weight: 923 g | Restrictions: 125 Kg Using a modified ISO 10328 proportionally adjusted |
| Height: 185 mm | Activity Guide: No Recommendations |
| Material: Aluminium | Assembly/ Alignment Guide: Comes with Component |
| Tested Limits: 100 Kg | Warranty: Not Available |
| Test standard: ISO 10328 | Recommended Inspection Intervals: No Recommendations |
| Tested By: Kungl Tekniska Hogskolan & In house | U.S.A. L-Code: L5814 (+ L5845 + L5850) |
| Notes: Also known as Model 2100. | |
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REHABTech
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Centre for Biomedical Engineering Dept. of Electrical And Computer Systems Engineering Monash University E-mail: rehab.tech@eng.monash.edu.au Internet: http://www.monash.edu.au/rehabtech |