High-Precision Prototyping and Metallized Finishes: How Dreamplas Reduced Lead Times with DF2

The Challenge: Lead Times and Flexibility

Before integrating 3D printing into their workflow, Dreamplas relied on subcontracting external services to produce prototypes. These physical 3D models were essential for presenting concepts to clients, testing assembly fittings, and validating mechanical functionality and aesthetics. However, this process faced limitations, particularly in lead time and flexibility.

The main challenge was finding subcontracting partners capable of delivering prototypes within extremely tight deadlines, often requiring parts in less than 24 hours, which was rarely achievable through external suppliers.

The Solution: Internalizing Prototyping with 3D Printing

Dreamplas adopted 3D printing to internalize its prototyping process, enabling faster production of prototypes, assembly fitting tests, mechanical functionality checks, and visual evaluations of models, including post-processed and metalized parts, to assess proportions, ergonomics, and aesthetics.

To support this workflow, the company selected the Raise3D DF2, a high-precision DLP (Digital Light Processing) 3D printer recognized for its outstanding surface quality, fine print resolution, and ability to produce functional, visually refined prototypes with or without additional post-processing.

Combined with Raise3D Standard White Resin, chosen for its mechanical strength, smooth surface finish, and versatility, Dreamplas achieved consistently high-detail prototypes, significantly improving over previous materials and meeting the demands of both client demonstrations and functional testing.