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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

Nozzletemperature_icon
Nozzle temperature (°C)
210-230℃
Bedtemperature_icon
Bed temperature (°C)
25-60℃
Layerheight_icon
Layer height (mm)
0.1-0.25 mm
Printingspeed_icon
Printing speed (mm/s)
25-50 mm/s
Coolingfan_icon
Cooling fan
On
Dryingtemperature_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.
  • Filaments may absorb higher levels of moisture during printing, a filament drying box is recommended. Dry the filament at 70°C for over 10h before printing, especially for Hyper FFF™ L1 high speed printing profiles.

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

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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