High-Temperature - 3D Printers
Designed for PEEK, PEKK, PEI 1010/9085, PPSU and other engineering-grade polymers.
Open-filament system. Industrial reliability for production and prototyping.
Materials: PEEK, PEKK, PEI, PPSU, PC, PA, ABS, CF-Composites
Applications: Aerospace, Medical, Automotive
Chamber: Up to 200°C (model dependent)
Industrial Large-Format - 3D Printers
Designed for full-size prototypes and large engineering parts.
Ideal for manufacturing oversized components in one piece with industrial reliability.
Build Volume: Extra-large print area
Materials: PLA, ABS, ASA, PETG, PA, CF-Nylon
Applications: Automotive, Aerospace, Industrial
System: Open-filament, production-ready
Engineering Materials We Supply & Support
Full range of engineering-grade materials available for purchase and compatible with our industrial 3D printer series.
Category A — High-Performance Polymers
PEEK
High-performance polymer for extreme environments
PEI 1010
High heat resistance with excellent stability
PEKK
Strong semi-crystalline polymer, easier than PEEK
PPSU
Medical-grade, sterilization-resistant material
PEI 9085
Aerospace-grade, flame-retardant thermoplastic
PPS
Highly chemical-resistant engineering polymer
Category B — Reinforced Composites
CF-PEEK
Carbon-fiber reinforced high-strength PEEK
CF-PA12
Lightweight, stiff carbon-fiber nylon
GF-PEEK
Glass-fiber reinforced PEEK for rigidity
GF-PA12
Glass-fiber nylon, rigid and lightweight
CF-PPA
Composite nylon for humid or high-heat use
CF-PPS
High-temp and chemical-resistant composite
Industrial 3D Printing Service
On-demand manufacturing for engineering-grade parts
High-temperature • Large-format • Fast turn-around — LA-based production with China HQ supporting scalable, high-volume manufacturing
High-Temperature Printing
PEEK / PEKK / PPSU / CF-Nylon
For aerospace, automotive, robotics and MRO applications
Aerospace-grade high-temperature printing up to 500°C nozzle / 200°C chamber.
Large-Format Production
Up to 1200 mm build volume
Ideal for automotive parts, custom tooling, large enclosures, signage molds.
Engineering & Reverse Design
3D Scanning → CAD Modeling → Structural review
→ 3D Printing → CNC finishing
