HP Industrial Filament 3D Printer Solution 600 HT

Experience high-temperature, industrial-grade 3D printing with the flexibility of an open materials platform─enabled by HP AM's trusted quality and expertise.

Explore the key features:

Solutions Image

  • High-temperature industrial-grade 3D printer

    Built for continuous industrial-grade performance in high-temperature environments, it delivers consistent quality and repeatability, ensuring reliable results print after print2.

  • Modular design for multiple filament materials possibilities

    Built with a modular printhead system, the printer uses interchangeable printing modules tailored for different material families.

  • HP AM Quality

    Modular solution that combines HP AM’s trusted quality and industrial expertise.

HP IF 3D Printer Modules

High-temperature modular design for multiple filament material possibilities.

  • Interchangeable modules1

    Easily switch between 280°C and 360°C modules3 to print engineering-grade polymers such as ABS, PEI, and PC. All modules support carbon-filled materials for added versatility.

  • High-performance printing for demanding applications

    Reach up to 500°C nozzle temperature with the HP IF 3D Printer 500 module—ideal for advanced polymers like PEEK and PAEK, offering exceptional mechanical strength and chemical resistance.
HP IF 3D Printer 500 module
HP IF 3D Printer 500 Module

Up to 500°C

HP Materials family capability:

PEEK, PAEK, PEEK-CF

HP IF 3D Printer 360 module
HP IF 3D Printer 360 Module

Up to 360°C

HP Materials family capability:

PEI, PC

HP IF 3D Printer 280 module
HP IF 3D Printer 280 Module

Up to 280°C

HP Materials family capability:

ABS, PA-CF

HP IF 3D Printer Material Management System1 (MMS)

Achieve performance, consistent quality, and full traceability with HP's MMS

Explore the key features:

HP IF 3D Printer Material Management System

  • Automation of material drying and conditioning

    Have always ready to print materials in optimal conditions thanks to storage and dry conditioning

  • Full traceability of the printing process

    Get full traceability from materials selection to final printed parts

  • Strengthening with post-annealing

    Enhance part strength, heat resistance, durability, and chemical resistance with built-in annealing for high-performance PEEK and PAEK materials. Pre-programmed cycles enable fast setup and consistent results
HP IF 3D Printer Material Management System

HP IF Advanced Expert Team

Get trusted HP AM's quality and industrial expertise. Discover the key benefits:

  • Expert consultancy for your 3D printing journey
    • Partner with HP Industrial Filament 3D Expert Services for tailored applications, materials and print profiles development
    • Ensure consistent part quality and workflow support from a dedicated team
  • Reliable service and support
    • HP Industrial Filament 3D Solution Services deliver predictive and preventive maintenance
    • Benefit from rapid response and multi-level support to reduce disruptions

Technical printing specifications

Print technology Fused Filament Fabrication
Build volume 380 x 380 x 420 mm (15 x 15 x 16.5 in)
Minimum layer height 50 µm
Number of printheads 2, printhead purging system
Filament diameter 1.75 mm
Printhead temperature (max.) 500°C
Buildplate temperature (max.) 190°C
Chamber temperature 195°C (active heating)
Filament chamber temperature 50°C

Download brochure to view full technical specifications of the printer, the material management system, and modules.

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  1. HP IF 3D Printer Modules and the HP Industrial Filament 3D Printer Material Management System are optional accessories sold separately.
  2. The HP Industrial Filament 3D Printer's repeatable performance is achieved through its rigid mechanical architecture, precise motion system, and intelligent thermal control. which maintain stable printing conditions and dimensional accuracy over successive production cycles.
  3. The stated nozzle temperature capability (280°C / 360°C / 500°C) is based on the maximum operating temperature specifications of each respective interchangeable print module (M280, M360, and M500). Actual printing temperatures are selected by the user based on material requirements.
  4. HP Certified materials are engineered and tested in combination with the HP Industrial Filament 3D Printer, the Material Management System, and printer modules to ensure consistent high-quality results. This integrated approach enables optimized process parameters, stable material behavior, and predictable part performance across applications.
    While HP cannot guarantee the same level of reliability or print quality with non-HP IF 3D Printer Materials, the open platform supports third-party polymers through predefined generic profiles that are compatible with the system and available at no additional cost-providing users with flexibility without the need to create profiles from scratch.