After the part leaves the printer, 3D printing is not finished. The printed part may still contain uncured resin, powder residue, support marks, oils, or other processing contaminants, depending on the printing technology and material. Cleaning is a crucial step in the post-processing process, particularly for parts with intricate geometries, internal channels, or fine details.
The purpose of BSTSONIC 3D Printing Ultrasonic Cleaner is to facilitate the cleaning process following printing. It is appropriate for small-batch production settings, 3D printing workshops, prototyping labs, and service bureaus because ultrasonic energy passes through the cleaning liquid and helps remove residues from places that might be challenging to reach by hand.
Suitable Applications-3D Printing Ultrasonic Cleaner：
Applications that are compatible with a 3D printing ultrasonic cleaner include:
- 3D printed parts made of resin
- Prototype parts
- Parts printed in small batches
- Components that have internal channels
- Lattice arrangements
- Printed components with threads
- In-depth miniatures and models
- Components for 3D printing metal
- Reusable accessories for printing
- Additional precision components that need to be cleaned after processing
Make sure the printed material and component structure are compatible with the chosen cleaning method prior to ultrasonic cleaning.
A Cleaner Workflow for 3D Printing Workshops
The primary benefit of an ultrasonic cleaner for many workshops is consistency in workflow. Compatible parts can undergo a controlled cleaning cycle with predetermined parameters rather than depending solely on manual washing, brushing, or repeated rinsing.
When working with similar parts or routine production jobs, this can help make the post-processing procedure easier to repeat.
The entire cleaning procedure-including the printing material, cleaning liquid, cleaning time, temperature, and drying technique-will still determine the outcome.
Specification of 3D Printing Ultrasonic Cleaner:
|
Name |
Ultrasonic cleaner |
Model |
BS240C |
|
Tank capacity |
4L |
Ultrasonic Power |
180W |
|
Ultrasonic Frequency |
20 or 40KHz |
Time setting |
1-99minutes |
|
Temperature range |
0-80 ℃ |
Internal tank size |
300×155×100mm |
|
External dimensions |
312×162×240mm |
1pc Gross weight(kgs) |
4.3kgs |
|
Packing size for 1pc |
410×250×330mm |
Carrying handles |
✓ |
|
Lid |
✓ |
Basket |
✓ |
28kHz or 40kHz for 3D Printed Parts?
The material and kind of residue being removed determine the frequency of removal.
Stronger cavitation is typically produced by lower frequencies, such as 28 kHz, which may be appropriate for sturdy parts or applications requiring more thorough cleaning. Higher frequencies, such as 40 kHz, are often chosen for intricate parts that require a more sophisticated cleaning action because they produce fewer cavitation bubbles.
No single frequency is appropriate for all applications involving 3D printing. Depending on the part's material, size, geometry, and cleaning needs, BSTSONIC can suggest a suitable ultrasonic frequency.
Why Choose BSTSONIC?
Since 2007, BSTSONIC has been creating and producing ultrasonic cleaning equipment. Both larger industrial cleaning systems and small desktop ultrasonic cleaners are part of our product line.
Depending on the size of the parts and production needs, we can offer various tank capacities, ultrasonic frequencies, heating options, and customised configurations for 3D printing applications.
BSTSONIC can assist you in choosing an ultrasonic cleaning solution appropriate for your application, whether you run a manufacturing workshop, 3D printing studio, prototyping lab, or equipment distribution company.
FAQ-3D Printing Ultrasonic Cleaner
Q: Can an ultrasonic cleaner remove uncured resin from 3D printed parts?
A: Ultrasonic cleaning can aid in the removal of leftover uncured resin for materials that are compatible and cleaning procedures that have been approved. The cleaning solution and procedure should adhere to the guidelines for the particular type of resin.
Q: Can all 3D printed parts be cleaned ultrasonically?
A: No. Different printing materials have different properties. Material compatibility should always be checked before ultrasonic cleaning.
Q: Can I clean multiple 3D printed parts at the same time?
A: Yes, as long as the components are set up with enough room for the cleaning liquid to circulate around them and are compatible with ultrasonic cleaning.
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