4 PCS Anti-slip Feet 20x16x10.5 for 3D Printer

4 PCS Anti-slip Feet 20x16x10.5 for 3D Printer
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  • Product Code:SQ6133
  • Availability: 1000
  • $0.15
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  • Ex Tax:$0.15
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Tags: Rubber Feet, 3d printer, cnc

3D printer shock-absorbing feet are an important component for increasing device stability and reducing vibration during printing. These feet are made from a special rubber material that prevents the device from slipping on various surfaces and improves print quality. Using rubber shock-absorbing feet for 3D printers can reduce vibrations caused by the movement of machine components and enhance printing precision. Additionally, with the use of washers, height adjustment is possible, ensuring the printing surface is perfectly leveled and preventing vibrations.

Although these anti-slip feet, sized 20x16x10.5, do not inherently have height adjustment capability, their precise design and standard dimensions provide functionality similar to 3D printer adjustable feet. This means their uniform and stable placement on various surfaces ensures the device is positioned properly and stably, reducing vibrations. Therefore, these feet indirectly serve as height-adjustable supports for the device and contribute to improving print quality.

Using anti-vibration feet for 3D printers extends the lifespan of mechanical components and enhances print quality. Due to their simple installation and effective performance, they are a suitable option for both home and industrial users. These shock-absorbing feet can also be used for other parts and equipment to reduce slipping and vibration. In summary, the specially designed rubber feet for 3D printers, with their precise design and standard dimensions, offer a practical solution for increasing stability and improving print quality in 3D printing devices.

3D Printer Anti vibration Feet Application:

  1. Preventing the 3D printer from slipping on various surfaces
  2. Reducing vibrations caused by moving parts of the device
  3. Increasing the stability of the printer during printing operations
  4. Protecting the underlying surface from damage and wear
  5. Improving 3D printing accuracy and quality by minimizing vibration

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