ProJet™ CPX 3000 3-D RealWax™ Production System
The dual-mode ProJet™ CPX 3000 3-D Printing System produces precision high-definition real wax patterns for direct investment casting applications using standard investment materials and casting procedures. This system offers both high production output and 100% real wax patterns that melt and burn out just like standard casting wax.
ProJet™ CP 3000 3-D Production System
The ProJet™ CP 3000 3-D Printing System offers high-speed, high-volume production of high-precision wax patterns for direct investment casting. Building 100% RealWax™ patterns, this system provides a cost-effective solution for foundry prototyping and end-use parts applications.
ProJet™ HD 3000 3-D Production System
The highly productive ProJet™ HD 3000 3-D Production System accurately and consistently builds ready-to-use models in the option of two build styles. Its high throughput and large build volume with unique part stacking and nesting capabilities enable extended unattended operation ideal for overnight and weekend production runs.
The ProJet™ SD 3000 3-D Printer is a cost-effective way to bring high-speed, high-definition model-making in-house for virtually any design or manufacturing business. It provides high-quality parts with exceptionally smooth surfaces and unmatched small feature detail, ideal for concept development, design verification, form-fit testing and product presentations.
ProJet™ DP 3000 3-D Production System
The ProJet™ DP (Dental professional) 3000 Production System accurately, consistently and economically manufactures precision wax-ups for dental professionals.
ProJet™ MP 3000 3-D Production System
Works with any compatible intraoral, plaster or impression scanner. The ProJet™ MP 3000 Printing System is designed for use in laboratories with extended unattended operation, same day processing - helps you reduce time and cost.
ProJet™ Projet 5000 Production -D Printer
The ProJet 5000 is ideal for mass-production of both large and small hard plastic prototypes and end use parts. It enables improved design communication and compressed design-to-manufacturing cycle time providing reduced time to market and higher final product quality.