Industrial PEEK printing.
Built for demanding parts.
An industrial-grade dual-extrusion FFF platform designed for PEEK and high-performance thermoplastics, combining advanced thermal control, support-material capability and a large 305 × 305 × 406 mm build volume.
305 × 305 × 406 mm
Large industrial build area for functional prototypes and end-use components.
Up to 500°C
High-temperature dual extrusion for advanced thermoplastics and support workflows.
Up to 90°C
Controlled chamber temperature improves thermal stability when printing demanding materials.
Up to 160°C
High bed temperature helps support reliable adhesion for high-performance polymers.
Thermal engineering built around PEEK.
High-performance polymers require more than simply increasing nozzle temperature. FUNMAT PRO 410 combines high-temperature extrusion, chamber heating and controlled build-surface conditions to support stable industrial PEEK printing.
Control temperature from nozzle to chamber.
A complete high-temperature thermal system helps manage the challenging thermal characteristics of PEEK, PEKK and other engineering polymers.
A complete thermal system.
High-Temperature Dual Nozzles
Designed to process high-performance polymers requiring elevated melt temperatures.
Heated Build Chamber
Uniform chamber heating supports dimensional accuracy and improved part performance.
PEEK-Focused Build Platform
A dedicated 6 mm microcrystalline glass plate supports reliable PEEK printing and high-quality part production.
From PEEK to
engineering
thermoplastics.
FUNMAT PRO 410 provides an open material platform, allowing industrial users to select materials according to performance requirements and application needs.
Material freedom for industrial applications.
FUNMAT PRO 410 is not restricted to INTAM™ Filaments, giving users greater flexibility when selecting materials for different engineering requirements.
PEEK Family
PEEK, PEEK-CF, PEEK-GF, PEKK, PAEK and related high-performance polymer workflows.
PPS
Materials for applications requiring strong thermal and chemical performance.
CF / GF
Carbon and glass fiber reinforced polymers for improved stiffness and mechanical strength.
PC / ABS / ASA
Engineering materials for tooling, prototypes and functional industrial parts.
Better support for complex geometries.
Dual extrusion enables dedicated support materials, helping manufacturers produce complex internal geometry, channels and difficult overhangs with cleaner surfaces.
Water-Soluble Support
Complex internal geometries such as channels and piping can be printed with soluble support materials that are removed after printing.
Breakaway Support
Dedicated support material simplifies removal while helping maintain cleaner contact surfaces on complex printed components.
Keep sensitive materials dry.
Integrated filament management helps protect moisture-sensitive engineering polymers during prolonged industrial print jobs.
Built for easier day-to-day operation.
Automatic Leveling
Automated calibration simplifies setup and helps maintain print-bed consistency.
Clogging Alarm
Detects nozzle-clogging conditions to help reduce failed builds and material waste.
Filament Runout Warning
Alerts operators when filament supply is insufficient during long-duration prints.
Self-Cleaning Printhead
Automated cleaning helps maintain extrusion reliability and printhead performance.
From slicing to process monitoring.
INTAMSUITE NEO provides model preparation, automated slicing, repair tools, print monitoring and process optimization within one additive manufacturing workflow.
High-performance polymers for demanding environments.
FUNMAT PRO 410 is designed for organizations producing functional components, tooling and engineering parts where material performance matters.
Aerospace
Lightweight engineering components using high-performance polymers.
Automotive
Functional prototypes, tooling and engineering components.
Jigs & Fixtures
Produce customized production tools without conventional tooling.
Functional End-Use Parts
Produce selected parts for demanding thermal, mechanical or chemical environments.
FUNMAT PRO 410.
| Printing Technology | Industrial FFF / FDM |
|---|---|
| Extrusion System | Industrial dual extrusion |
| Build Volume | 305 × 305 × 406 mm |
| Maximum Nozzle Temperature | Up to 500°C |
| Maximum Chamber Temperature | Up to 90°C |
| Maximum Bed Temperature | Up to 160°C |
| High-Performance Materials | PEEK, PEEK-CF, PEEK-GF, PEKK, PAEK / AM200 and PPS |
| Engineering Materials | PC, ABS, PC-ABS, ASA, PPA-CF/GF, PA-based composites and other compatible materials |
| Support Materials | Compatible soluble and breakaway support workflows |
| Build Surface | 6 mm PEEK-focused microcrystalline glass plate |
| Filament Management | Sealed dry filament chamber with humidity monitoring, reusable molecular sieve and automatic feeding |
| Software | INTAMSUITE NEO |
| Printer Dimensions | 728 × 684 × 1480 mm |
| Printer Weight | Approx. 230 kg |
Planning to print PEEK or high-performance polymers?
Share your part size, material, application and production requirements with our team. We can help evaluate whether FUNMAT PRO 410 is suitable for your industrial workflow.
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Unboxing & Review
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