The fastest path to market.
Faster manufacturing for go-to-market success.
Getting a product to market faster provides a significant competitive advantage that often results in increased revenue and market share. While there are many facets to a winning go-to-market strategy, design changes, prototyping and building molds can delay a product launch.
Acceleration Station™ services, from Diversified Plastics, Inc. (DPI), produce high-quality plastic parts faster. These services, including Carbon’s Digital Light Synthesis™ (DLS™) additive manufacturing, deliver production and prototype parts in days, not weeks without tooling. Carbon DLS is 100 times faster than traditional additive methods. Acceleration Station protocols adheres precisely to your specifications, performance and safety standards.
Stop prototyping. Start producing.
Manufacturing the impossible into reality.
The Acceleration Station™ engineering and production team work closely with you to save time and money, by optimizing parts for digital manufacturing. Design for additive manufacturing can minimize the total number of components required or make previously un-manufacturable parts, such as lattices and complex geometries, possible.
- Make one, make a million
- Faster path to market
- No tooling costs
- Low volume to mass production
- Design freedom, including complex geometries, lattices and texturing
- Customization and variable product marking
- Nonporous parts, comparable to thermoplastic injection molding
- Wide selection of materials customized for mechanical properties, surface finish and stability
- Process traceability
Acceleration Station services are backed by DPI’s in-house design assistance, inspection under our stringent quality system, injection molding, cleanroom assembly and packaging expertise. U.L. recognized, DPI’s registrations and certifications include ISO 9001, ISO 13485 and FDA. Our quality department is able to perform PPAP (Production Parts Approval Process) and other validation requirements. Strict lot traceability is adhered to at all times.