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NOVA-60 Desktop Injection Moulding Machine

Developing injection-moulded products has never been easier.
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Regular price
€5.990,00
Regular price
Sale price
€5.990,00 Save €-5.990,00 (%)
price without tax.
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please contact us via email if you need a non-binding quote. Shipping starts end of Q1/2026.

Developing plastic injection moulded products in-house means that you are not dependent on external suppliers, which usually incurs high costs and long waiting times.
Furthermore, you no longer need to worry about potentional
data leaks, as all product knowledge remains in-house.

  • 60g SHOT VOLUME

    for a wide range of product possibilities

  • UP TO 350°C

    enables the use of a wide range of materials

  • UP TO 200 BAR

    injection pressure for high quality products

  • ENERGY EFFICIENT

    due to custom heating elements and isolation

  • INTEGRATED FUME EXTRACTOR

    for a safe operation and a clean working enviroment

  • SHUT-OFF NOZZLE

    prevents high MFR plastics from leaking out of the nozzle

SPECIFICATIONS

DIMENSIONS
WEIGHT XS
ELECTRIC XS
POWER XS
CERTIFICATIONS XS
DIMENSIONS 40 X 58 X 99 CM
WEIGHT 42 KG
ELECTRIC 200-240 V 50-60 HZ
POWER 670W 2.9A
CERTIFICATIONS CE & UKCA

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Need Help?

Here we answer the most common questions about the Polyverse.

If you can't find the answer to your question, please email us.

What materials can be processed with NOVA-60 Desktop Injection Moulding Machine?

Virtually all thermoplastics can be processed using NOVA-60.
Examples include HDPE, PP, PS and PLA.
Thanks to its maximum processing temperature of 350°C, engineering plastics can also be processed.
e.g. PA and PC.

Flexible materials such as TPU can also be processed.

Is it possible to work with fiber reinforced materials?

Glass fibre and carbon fibre materials can be processed without a problem.

The nozzle will wear out more quickly as a result.

Which materials are recommended for 3D-printed moulds?

3D printed molds can be manufactured using both FDM and SLA processes.

For FDM inlays, we recommend PC or PA-CF filament.
For SLA inlays, we recommend Formlabs Ridgit 10k Resin.