Product overview
Devil Design ABS+ filament is made for functional parts that need practical post-processing after printing. It is a useful material for workshops, prototyping teams, print farms and experienced makers that want parts they can sand, drill or smooth. Choose this series for functional prototypes, printer components, mechanically stressed parts and finished products where a clean final result and the ability to refine the part matter.
Why choose Devil Design ABS+
The main practical advantage is its documented workability. Printed parts can be sanded to refine surfaces, drilled to adjust holes and smoothed when a more finished appearance is required. The material is also soluble in acetone, which supports solvent-based surface finishing. These options help turn a printed prototype into a more usable or presentable part without changing material.
Applications for functional printing
This ABS+ filament suits concept models that must progress into functional prototypes, as well as printer components and other mechanically stressed parts. It is also relevant for finished products that need further fitting or surface work after printing.
- Functional and concept prototypes for product development
- Components for printers and workshop equipment
- Mechanically stressed parts that require post-processing
- Finished parts where drilling, sanding or smoothing adds value
For professional users, this combination supports workshop jobs where a printed part needs final adjustment or surface finishing.
Post-processing options
Sanding can remove visible surface marks and prepare the part for later finishing. Drilling makes it possible to refine mounting holes after printing. Acetone smoothing can create a more continuous surface, but it should be carried out with suitable equipment and safe handling procedures.
A controlled printing approach
ABS+ still has high material shrinkage, so bed adhesion and a stable thermal environment are important, especially for larger parts. Use a heated build surface, protect the print from drafts and avoid part cooling. This is a functional material for users who can control the printing environment and want the added benefit of extensive post-processing.