Ever felt stuck because your 3D printer only accepts proprietary filaments? Imagine choosing from dozens of materials without voiding your warranty.
Material compatibility in industrial 3D printing
Many industrial printers limit users to a narrow material palette. CreatBot lists around ten materials from PLA to carbon fibre, while 3D Systems sells proprietary feedstocks for its pellet extruders. In contrast, DivByZ’s machines participate in an open material program supporting over 35 materials. This includes:
- Common polymers (ABS, PLA, PETG)
- Engineering plastics (PC, nylon, PP)
- Flexible elastomers (TPU)
- High-strength composites (carbon fibre, ASA)
- Speciality filaments like wood composite
Benefits of open material freedom
- Innovation without vendor lock-in: Start-ups and R&D teams can experiment with new filaments or locally sourced materials without being tied to a single supplier.
- Cost savings: Commodity filaments often cost less than branded cartridges. An open system lets you leverage competitive pricing while maintaining quality.
- Application diversity: Need heat-resistant jigs? Print with carbon-fibre reinforced ASA. Require flexible prototypes? Switch to TPU. DivByZ’s material range empowers designers, engineers and makers to move quickly between prototypes and production.
- Sustainability: Being able to test biodegradable or recycled filaments can help reduce environmental impact.
Story: An automotive supplier was limited to ABS on its previous printer. After switching to DivByZ, the team experimented with nylon for impact-resistant fixtures, carbon-fibre composites for lightweight brackets and even wood-filled PLA for decorative trims. The open material capability shortened prototyping cycles and reduced outsourcing.
Start exploring materials with DivByZ
Unlock your creativity with DivByZ’s open material program. Our experts will help you choose the right filament for each application and ensure your printer is tuned for success. Start exploring materials with us.