Fused Deposition Modeling for High-Performance Materials
Technology Overview
High-temperature FDM printing technology is an advanced form of traditional FDM that allows for the extrusion of thermoplastics at elevated temperatures. This technology enables the use of high-performance materials, such as PEEK, PEI (Ultem), PPSU, and other engineering-grade polymers, which require higher processing temperatures to achieve optimal mechanical and thermal properties.
High-Temperature Extrusion
Heated Build Chamber
Advanced Materials
Flexible Applications
Our Machine
Select the Ideal 3D Printer Model for Your Unique Needs
MAGIC-HT-MAX
Large Scale High Temperature FDM 3D Printer
- Building Volume: 500 x 500 x 700mm
- Printing Temperature: Max 500°C
- Dual Nozzle with automatic cleaning function
- Material Feeders Synchronize Control
MAGIC-HT-PRO
Flagship High Temperature FDM 3D Printer
- Building Volume: 310 x 310 x 410mm
- Printing Temperature: Up to 500°C
- Dual Nozzle with automatic cleaning function
MAGIC-HT-L
Professional High Temperature FDM 3D Printer
- Building Volume: 310 × 310 × 480mm
- Printing Temperature: Up to 450°C
- Dual Nozzle
MAGIC-HT-M
Beginner High Temperature FDM 3D Printer
- Building Volume: 220 × 220 × 220 mm
- Printing Temperature: Up to 450°C
- Single Nozzle
Contact us now to get to know more details about our machine!
Why Choose Our Machine?
High-Temperature Capability
Handles materials requiring up to 500°C extrusion temperature
Advanced Temperature Control
Precise temperature management
Robust Performance
Offers high-speed printing up to 150mm/s
Comprehensive Features
Automatic leveling, filament detection, power failure recovery and etc..
Case Presentation
Discover the precision and versatility of our high-temperature FDM 3D printing technology through our gallery. Highlighting the advanced features of our printer, these images showcase the technology’s ability to produce highly specialized and durable parts.
Veterinary
A meticulously 3D printed beak, designed to address necrosis in the tip of a male crested ibis, demonstrating our printer’s capability to create intricate, biologically relevant replacements.
Medical
Advanced 3D printed components tailored for a total knee replacement surgery, illustrating the printer’s precision in crafting medical parts that enhance surgical outcomes and patient recovery.
Medical
A high-temperature 3D printed clavicle replacement, successfully implanted to address cancer spread near the collarbone, showcasing the technology’s effectiveness in producing complex, critical medical implants.