UNSW Canberra Makerspace

HT 90 Industrial 3D Printer

HT90 3D Printer

HT 90 Industrial 3D Printing

The Prusa HT90 is an industrial‑grade 3D printer designed for advanced research, engineering, and high‑performance prototyping. Built around a fully enclosed, actively heated chamber, it is optimised for printing engineering and high‑temperature materials that are not suitable for standard desktop printers.

This machine enables students and academics to produce dimensionally stable, functional parts for applications such as mechanical testing, fixtures, tooling, enclosures, and research prototypes. The controlled printing environment supports consistent results and improved part strength, even with demanding materials.

No Badge Required

Location: ProtoLAB

HT 90 Industrial 3D Printing
(TSG‑Assisted Service)

The Prusa HT90 is intended for higher‑level projects and research use. Due to the complexity and material requirements. The HT 90 is available by request only through TSG. Users are not able to run prints directly on this machine.

To have an item printed, you must submit a TSG Task Request with your prepared design files and print requirements. TSG staff will review the request and carry out the print on your behalf.

This service is suitable for coursework, prototypes, and general 3D printing where staff‑assisted operation is required.

Quantity: 1

TSG Task Request
Sample Prints

Specifications

Printer Type

  • Industrial FFF / FDM 3D printer
  • High speed and precision
  • Fully enclosed, actively heated build chamber

Build Volume

  • Cylindrical build volume:
    • Ø 300 mm × 400 mm (Z height)

Temperature Capabilities

  • Nozzle temperature:
    • Up to 300 °C (High‑Flow print head)
    • Up to 500 °C (High‑Temperature print head)
  • Heated bed:
    • Up to 155 °C
  • Build chamber:
    • Actively heated up to 90 °C with air circulation

Print Heads

  • Two interchangeable print heads (included):
    • High‑Flow head – rapid prototyping, standard materials (up to 300 °C)
    • High‑Temperature head – high‑performance polymers (up to 500 °C)
  • Quick‑swap, magnetically mounted direct‑drive toolheads
  • Compatible with Revo nozzles (0.25–0.8 mm)
  • 1.75 mm filament system

Materials Supported

Standard / Engineering materials (High‑Flow head):

  • PLA
  • PETG
  • ABS / ASA
  • TPU / TPE
  • Nylon (PA), PC, PC‑CF, PA‑CF

Safety Information