3D Plus™ Vibratory Smoothing

FAQs

Check out the frequently asked questions of vibratory smoothing.

• What is vibratory smoothing?-
  Vibratory smoothing is a post-processing technique used to polish and smooth 3D printed parts. This involves placing the parts in a vibratory machine filled with abrasive media. The machine's vibrations cause the media to gently grind against the parts, removing surface imperfections and achieving a uniform finish.
• What types of materials can be smoothed using vibratory smoothing?+
  This technique is commonly used for plastics and metals. It's especially effective for 3D printed parts made from materials like PLA, ABS, and nylon. The choice of abrasive media depends on the material being smoothed.
• How long does the vibratory smoothing process take?+
  The duration can vary depending on the material, size, and complexity of the parts, as well as the desired finish. It can range from a few hours to several days. Regular inspections during the process help ensure the parts are achieving the desired smoothness without over-processing.
• What are the benefits of vibratory smoothing for 3D printed parts?+
  Vibratory smoothing provides a consistent, polished surface finish, improves aesthetic appeal, enhances the parts' durability by eliminating surface defects, and is efficient for batch processing multiple parts simultaneously.
• Are there any limitations to vibratory smoothing?+
  Yes, vibratory smoothing might not be suitable for parts with intricate details or delicate features, as the abrasive action can damage fine structures. It may also not be ideal for very soft or brittle materials. Careful selection of abrasive media and process parameters is essential to achieve the desired results without compromising part integrity.