High-temperature 3D printing for PEEK, ULTEM, and engineering thermoplastics
The Intamsys Funmat HT Enhanced is a high-temperature 3D printer built for functional parts in advanced materials such as PEEK, ULTEM, and PPSU. The printer combines a heated chamber, high-temperature extrusion, and industrial-quality resolution to support demanding engineering applications.
Users can achieve 50-micron high-resolution 3D printing while working with a broad range of engineering thermoplastics. The 260 x 260 x 260 mm build volume provides space for larger prototypes and end-use parts without moving into a much larger machine footprint.
Key features for high-performance material printing
Thermal system built for demanding polymers
The advanced thermal system includes a 90°C constant temperature chamber, a 160°C heated build plate, and a 450°C high-temperature extruder. An all-metal hotend supports the elevated temperatures required for high-performance functional materials.
50-micron ultra-high resolution
The Funmat HT is capable of 50-micron ultra-high resolution for industrial-quality 3D printing. The printer is designed to deliver detailed surface definition for parts that require precision and consistent output.
High-precision and high-speed motion control
Four high-performance independent drivers help ensure high-precision and high-speed printing. This motion system supports detailed results while maintaining the performance needed for industrial-quality production work.
Spectacular details are a core part of the machine's design focus, especially when printing functional components in advanced engineering materials.
Multi-material and open materials flexibility
Multi-material capability
The Intamsys printer is positioned for multi-material capability, making it suitable for users who need flexibility across different engineering-grade polymers and project requirements.
Open materials system
An open materials system gives users broader material choice beyond a closed ecosystem. That approach supports experimentation, process tuning, and workflow adaptation across a broad range of engineering thermoplastics.
Use cases for the Intamsys Funmat HT Enhanced
- Functional prototypes: Print robust prototypes in PEEK, ULTEM, PPSU, and other engineering thermoplastics when standard desktop materials are not sufficient.
- Industrial-quality parts: Use 50-micron resolution and controlled chamber heating for detailed, high-performance components.
- Engineering applications: Produce parts that benefit from elevated-temperature processing and compatibility with advanced thermoplastics.
- Material development workflows: Use the open materials system and multi-material capability to test different polymers and refine print parameters.
Technical specifications
| Supported high-performance materials | PEEK, ULTEM, PPSU |
| Other material support | Broad range of engineering thermoplastics |
| Print resolution | 50 microns |
| Constant temperature chamber | 90°C |
| Heated build plate | 160°C |
| Extruder temperature | 450°C |
| Hotend type | All-metal hotend |
| Build volume | 260 x 260 x 260 mm |
| Drivers | 4 high-performance independent drivers |
Will it work with my printer?
Frequently asked
What printers are saying
Electrical Safety & Certifications
Learn more about Canadian electrical standards, certification types, and what they mean for you.
Intamsys Funmat HT Enhanced
All orders are shipped from Canada. Duties, taxes, and tariffs may apply.