The FUNMAT PRO 310 APOLLO represents a new generation of industrial-grade, high-temperature 3D printing. Purpose-built for the PAEK family of polymers, this platform enables manufacturers to move beyond prototyping and into true end-use production, delivering parts that rival machined metal in thermal stability, chemical resistance, and mechanical performance.
► Large build volume Single Nozzle: 305 × 260 × 260 mm
Dual Nozzles: 260 × 260 × 260 mm
► High accuracy 3D Printing Users can achieve 50-micron (0.05mm), high-resolution, industrial-quality 3D printing
► Print speed Print up to 200 mm/s with the first PAEK-optimized dual-nozzle system in the industry; more than 4× faster than standard PEEK printers.
► IDEX Dual Extruders Independent dual-extrusion system optimized for high-temperature materials; enables mirror mode and duplicate mode for doubled productivity.
► High Performance Materials Printing
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Supports full-range PAEK materials (PEEK, PEKK, PEEK-CF, PEEK-GF).
Engineered for the Toughest Jobs – 2× stronger: up to 40 MPa Z-tensile strength.
Built for Continuous Production
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Print without pause: Dual 3 kg active dry boxes (up to 65 °C) to ensure up to one week of uninterrupted printing with no material changeovers and no downtime.
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Traceability built-in: Real-time data logging with INTAMQuality™ system, RFID-based spool recognition for full part tracking and material traceability.
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Designed for high-temperature stability: Optimised hardware/software for PAEK materials, stable chamber temperature up to ~100 °C to minimise warping and improve repeatability.
No Trade-Offs Between Speed and Strength
- Designed to shorten production cycles while meeting the demands of batch manufacturing and end-use delivery
Intelligent Control Platform – Smart, stable, and trackable.
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Intelligent planning and adaptation: Powered by INTAMSUITE NEO delivering optimised toolpaths and adaptive process control for every material and geometry.
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End-to-end monitoring and remote control
Why Manufacturers Choose the APOLLO
PRODUCTION READY PAEK 3D PRINTING
PAEK-grade materials
PEEK, PEKK, and reinforced PAEK blends—are notoriously difficult to process. The APOLLO’s controlled thermal architecture and precision extrusion system allow you to reliably manufacture strong, dimensionally stable components without warping or deformation.
FOR CONTINUOUS OUTPUT
Whether you’re running short-run batches or around-the-clock production, the APOLLO is optimized for consistent, repeatable output. Its independent dual-extrusion configuration enables higher productivity workflows while maintaining material purity and part accuracy.
ENGINEERED STABILITY AT ELEVATED TEMPERATURES
USER-FRIENDLY INTERFACE
PAEK materials demand steady chamber conditions to maintain mechanical integrity. The printer’s advanced thermal design maintains a tightly regulated internal environment, ensuring: Strong Z-layer bonding – Minimal shrinkage – High repeatability – Superior surface quality
PRECONFIGURED SLICER FROM INTAMSYS
Printer profiles are pre-configured in the INTAMSUITE NEO software for easy operation, straight out of the box.
Ultra-fast printing · Full-strength functional parts · True continuous production
Includes:
3D Printing Slicing Software
Integrated Platform from PROCESS PREPARATION to MONITORING
Speak With an Expert!
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FUNMAT PRO 310
BRING INDUSTRIAL 3D PRINTING TO YOUR DESKTOP
Aerospace & Defense
Lightweight functional components, ducting, brackets, heat-resistant assemblies.
Automotive & Motorsport
High-temp tooling, under-hood components, sensors and test-rig equipment.
Robotics & Automation
Wear-resistant housings, structural end-effectors, chemical-resistant fixtures.
Energy, Oil & Gas
High-pressure pump components, chemical seals, connectors, valve hardware.
TECHNICAL SPECIFICATIONS
| Category | Specification |
|---|---|
| Build Volume | Single Extruder: 305 × 260 × 260 mm Dual Extruders: 260 × 260 × 260 mm |
| Extrusion System | Independent Dual Extrusion (IDEX), high-temperature capable |
| Nozzle Temperature | Up to 500°C (supports PAEK/PEEK/PEKK-grade materials) |
| Bed Temperature | Up to 160°C (high adhesion for semi-crystalline polymers) |
| Chamber Temperature | Actively heated, stable high-temperature environment for PAEK-class performance |
| Print Speeds | Up to 200 mm/s (optimized for high-temp engineering materials) |
| Supported Materials | Full PAEK family: PEEK, PEKK, PAEK-CF, PAEK-GF + engineering polymers (ABS+, ASA, PC, PA12-CF, PPS, PPS-GF, TPU, support materials) |