Furniture Wedges 1-5mm

Simple furniture wedges (1-5 mm) for leveling uneven floors. They are staggered (1-5 mm) and can be combined as needed.
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updated January 27, 2025

Description

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Uses for DIY 3D-Printed Furniture Wedges and Recommended Materials:

3D-printed furniture wedges are practical, customizable tools with a wide range of applications:

Uses:

Leveling Furniture on Uneven Floors:
Perfect for stabilizing tables, chairs, shelves, or cabinets on uneven surfaces, ensuring they remain steady and secure.

Customizable Thickness:
3D-printed wedges can be designed to precise measurements, allowing for tailored adjustments that standard store-bought wedges can't provide.

Protecting Flooring:
They act as buffers between furniture legs and delicate flooring materials, such as hardwood, tiles, or laminate, reducing the risk of scratches or dents.

Stackable for Precision:
Wedges can be printed in various sizes and stacked or combined to achieve the exact height needed for leveling or tilting furniture.

Reducing Vibration and Noise:
Placed under vibrating appliances, such as washing machines or speakers, wedges can reduce noise and minimize movement caused by uneven floors.

Temporary or Flexible Adjustments:
Lightweight and easy to transport, 3D-printed wedges are excellent for temporary use during construction, renovations, or furniture assembly.

Best Materials for 3D-Printed Wedges:

PETG (Polyethylene Terephthalate Glycol):

  • Advantages: Durable, flexible, and resistant to wear and tear. PETG is ideal for high-stress applications where the wedge will bear heavy loads.
  • Best Use: Long-term adjustments under heavy furniture or appliances.

PLA (Polylactic Acid):

  • Advantages: Easy to print and biodegradable. PLA is a good option for lightweight furniture or temporary use.
  • Limitations: Less heat-resistant and more brittle compared to PETG, so it may deform under pressure over time.

ABS (Acrylonitrile Butadiene Styrene):

  • Advantages: Strong and heat-resistant. ABS is suitable for wedges exposed to slightly higher temperatures or heavier loads.
  • Limitations: Requires a heated bed for printing and emits fumes during printing, so good ventilation is necessary.

TPU (Thermoplastic Polyurethane):

  • Advantages: Flexible and impact-resistant. TPU is great for applications where some cushioning is needed, such as under vibrating machines.
  • Limitations: Not as stiff, so it’s less suitable for heavy-duty use.

Conclusion:

For most purposes, PETG is the best all-around material due to its strength, flexibility, and durability. For lightweight or temporary uses, PLA can be sufficient, while ABS and TPU are better suited for specialized applications.

 

Printing

 

Build Plate Adhesion:

  • A brim or raft is useful, especially for PETG or ABS, to reduce warping.
  • For PLA on a well-leveled bed, adhesion aids might not be necessary.

Supports:

  • Usually not needed unless the wedge design has steep overhangs or complex geometry.

 

Infill Percentage:

  • Use 50% or higher for strength and durability.
  • For heavy furniture or appliances, 70–100% infill is recommended.

Infill Pattern:

  • Use a strong pattern like Grid, Triangles, or Cubic for maximum stability.

 

 

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The author marked this model as their own original creation.

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