The active thermal chamber reduces the risk of delamination. Functional PEEK parts for aerospace and petrochemical.
Identical or mirrored parts up to half the bed wide in one run.
Auto filament change and built-in drying chambers: spools dry right during printing.
PEI — for prototypes that operate at high temperatures and in aggressive environments.
We'll calculate CD400HT payback for your specific use case — free of charge
High-temperature polymers and composites
CD400HT is the high-temperature model for PEEK and PEI. We print PEI at a chamber temperature of 145 °C. Applications: aerospace, petrochemical, anatomical models and medical device housing prototypes.
Two IDEX extruders print the model and soluble support in one job. Copy and Mirror modes are available.
Built-in drying is critical for PEEK: damp filament means bubbles and lost strength. In the CD400HT, spools dry during the print itself. Auto filament change is included.
Designed and assembled in-house.
Attach a 3D model or drawing right on the site — we'll review the geometry and pick a material for the CD400HT.
What sets the high-temperature version apart
| Parameter | CD400HT | CD400 |
|---|---|---|
| Chamber temperature | 145°C for PEI | up to 90°C |
| Target materials | PEEK, PEI | ABS, PA-CF, PC-ABS |
| IDEX | Yes | Yes |
| Auto filament change | Yes | Yes |
CD400HT Thermal Chamber
Chamber temperature keeps layer adhesion and geometry for PEEK and PEI parts.
Hover over a chamber zone for details
CD400HT thermal chamber diagram: PEI is printed at a chamber temperature of 145 °C. The hot print zone is isolated from the cold mechanics zone by bellows compensators.
Sealed construction with bellows
145 °C for PEIcompensates expansion while maintaining seal integrity.
Heat-resistant materials and assemblies
sealsrated for high temperatures.
Enhanced thermal insulation
walls and doorsreduces loss through enclosure and doors.
Active convection
activeair inside the chamber is circulated.
Key questions answered before purchasing an industrial high-temperature 3D printer
What parts different industries print
Industries Protype printers are suited for
Applications
Jigs, gearboxes, brackets.
What it gives
Tooling is printed in the shop, without ordering from a subcontractor.
Applications
Building models, facades, landscapes.
What it gives
Clients see a physical model before ground is broken — approvals happen faster.
Applications
Fasteners, sensor housings, cable channels.
What it gives
The spare part prints on site instead of waiting for the warehouse.
Applications
Anatomical models, medical device housing prototypes.
What it gives
Models from CT and MRI data, with no molds.
Applications
Fixtures, gears, trays.
What it gives
A new prototype variant — the same day.
Applications
Covers, ducts, fasteners.
What it gives
Complex lightweight geometry without milling.
Applications
Mechanisms, housings, training models.
What it gives
Material and shape are checked before ordering production tooling.
Applications
Supports, gaskets, small hardware.
What it gives
Parts print at the shipyard instead of waiting for a supplier.
Applications
Enclosures, covers, PCB holders.
What it gives
The board changed — reprint the enclosure, no mold rework.
Don't see your industry?
Send a drawing or describe the part — we'll tell you whether 3D printing suits it.
Printer fleet management center
Control all your printers from a single dashboard. Status, queues, telemetry, and remote access via a secure VPN tunnel.
24/7 Monitoring
Real-time status and telemetry for all printers
Secure Channel
Encrypted tunnel, no port forwarding needed
Fleet Management
Multiple machines as a single fleet with shared queue
Buy now, or try the printer in your own workshop first
Compare with other Protype solutions
