Beyond simple printing, we provide a total solution that controls the crystallinity and physical properties of the material.
Precisely controls the chamber temperature to maximize interlayer adhesion and fundamentally prevent warping.
Designed to comply with Good Manufacturing Practice (GMP) requirements for medical device manufacturing, enabling cleanliness management and quality traceability.
A high-performance 55 W CO₂ laser enables precise printing of components.
- Type
- SLS (Selective Laser Sintering)
- Bed Temp
- Max 300℃
- Build Volume
- 140 × 140 × 140mm
- Resolution
- 60 ~ 120μm
- Chamber Temp
- Max 350℃
We use certified high-performance powder materials suitable for aerospace and medical applications.Medical
Polyether Ether Ketone
- Biocompatible for implants
- Excellent heat and chemical resistance
Polyether Ketone Ketone
- Lower crystallization rate than PEEK
- Excellent stability for large-format printing
Medical
Customized cranial and spinal implants for individual patients. PEEK’s elastic modulus is similar to that of human bone, making it suitable for bone fusion applications.
Aerospace
High-strength, lightweight brackets designed to replace metal components. They are lighter than aluminum while providing excellent heat resistance.
Semiconductor
Vacuum components for semiconductor equipment utilizing excellent chemical resistance and low outgassing characteristics.
Print the Future?
Are you considering medical component
development or high-performance part manufacturing?
Select your project requirements, and a DPERT expert will propose a solution within 24 hours.