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TPU

Resilient and flexible rubber-like filament

TPU (Thermoplastic polyurethane) is a type of flexible and elastic 3D printing filament. It is suitable for uses requiring impact-absorption and a soft-touch surface. Examples of TPU 3D printed parts include tubes, seals, bushings and vibration dampeners.

  • Elastic and flexible
  • Wear and tear resistance
  • Durable and resilient

 

Compatibility

Printer: Raise3D E2/ Raise3D Pro2 Series/ Raise3D Pro3 Series/ Raise3D Pro3 HS Series/ Raise3D Pro3 Series with Hyper Speed Upgrade Kit

Filament: Raise3D Premium PLA Filament/ Raise3D Premium PVA+ Filament

 

Raise3D Premium TPU-95A

 

Raise3D Premium TPU-95A

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Raise3D Premium TPU-95A Filament Black

 

Applications

  • Seals, tubes
  • Protective cases
  • Shoes and insoles
  • Bushings, gaskets
  • End-use parts

Benefits

  • Flexible
  • Wear Resistance
  • Easy to Print

Raise3D TPU-95A Benefits

TPU-95A Technical Data Sheet TPU-95A Safety Data Sheet

Printing Guide

Recommended Print Settings

Nozzle Temperature Icon
Nozzle temperature (°C)
210-230℃
Bed Temperature Icon
Bed temperature (°C)
25-60℃
Layer Height Icon
Layer height (mm)
0.1-0.25 mm
Printing Speed Icon
Printing speed (mm/s)
25-50 mm/s
Cooling Fan Icon
Cooling fan
On
Drying Temperature Icon
Drying temperature (°C)
70℃

Printing Notifications:

  • Raft is not recommended for TPU.
  • Optimize flowrate and printing speed for a better feeding and extrusion for soft filament.
  • Dry TPU filament before printing.

For Raise3D Printer Users:

Choose the best 3D printer to start your printing journey with TPU. Find Pro3 Series, E2, Pro2 Series.

For ideaMaker Users:

Choose the right printing profile for TPU on ideaMaker IO and use it on ideaMaker. Download the latest version of ideaMaker.

Success Stories

How can you Make Economical and Customized Orthotic Insoles with 3D Printing

Raise3d Shows How to 3D Print Economical and Customized Orthotic Insoles

Raise3D incorporates specialized FFF 3D printing into the production of orthotic insoles.

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Stages of 3D-Production of Orthopedic Insoles

A Guide to the Stages of 3D-Printed Production of Orthopedic Insoles

Let’s take a closer look at the process of making insoles using 3D technologies, which can be divided into 4 stages.

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3D-Printed Shoe Upper Accelerates Small Batch Production

3D-Printed Shoe Uppers: Efficient Small Batch Manufacturing and Improved Prototyping

In 2020, a few giants of the sneaker-manufacturing industry used Raise3D products to achieve more success.

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TPU

Find out more in our OFP section

Raise3D OFP