XTI PASSIVE LOCKING EXOSKELETON KNEE

XTI PASSIVE LOCKING EXOSKELETON KNEE 3D print model

Description

Are you looking for a groundbreaking solution for walking-gait rehabilitation? Look no further than the XTI Passive Exoskeleton Knee! This exceptional 3D model is a robotic knee that engages its passive lock mechanism when the user applies force while taking a step and makes ground contact, providing a stable base for standing and unlocking automatically when the leg bends to enable a natural walking motion.

But that's not all - the XTI Passive Exoskeleton Knee is versatile and perfect for various applications! It is an excellent addition to robotics projects, creating a realistic and lifelike movement. Use it to create prosthetic legs that mimic natural movement and improve function. The model is also an outstanding educational tool for teaching students about the knee joint's mechanics. Not to mention, it can be integrated into DIY projects, allowing you to bring your ideas to life!

Purchase the XTI Passive Exoskeleton Knee online, and you'll receive several files, including .STEP, .STLs, .IGES, .PNGs, and more, ensuring compatibility with a variety of 3D printers and design software.

Best of all, this groundbreaking solution is available at an affordable price of just $50! By investing in the XTI Passive Exoskeleton Knee, you can improve the quality of life for people with walking-gait disabilities or injuries.

Don't wait any longer; take the first step towards making a positive impact today! Purchase the XTI Passive Exoskeleton Knee, and you'll be one step closer to revolutionizing walking-gait rehabilitation!

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XTI PASSIVE LOCKING EXOSKELETON KNEE
$50.00
 
Royalty Free License 
XTI PASSIVE LOCKING EXOSKELETON KNEE
$50.00
 
Royalty Free License 
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3D Model formats

Format limitations
  • Stereolithography (.stl) (5 files)26.2 MBVersion: 1Version: 1Version: 1Version: 1Version: 1
  • IGES 1 (.ige, .igs, .iges)1.72 MB
  • OBJ 1 (.obj, .mtl)8.45 MB
  • 3D Manufacturing File 1 (.3mf)4.06 MB
  • USDZ 1 (.usdz)24.4 MB

3D Model details

  • Publish date2023-02-22
  • Model ID#4313334
  • Ready for 3D Printing
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