4D Bioprinting

Load cells measure forces and stresses during the printing process
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19 March 2026
Interface Force

Customer Need/Challenge

During medical R&D, load cells used in medical device prototypes can detect pressure or tension within the printed construct. 4D printing for bioprinting utilises 3D printing techniques to create functional structures. Forces and stresses need to be measured during the printing processes.

Interface’s load cells offer valuable sensor devices for researchers developing 4D-printed medical devices.

4D Bioprinting image 1
4D Bioprinting image 1

How it works

  • The SuperSC S-Type Miniature Load Cell is installed into the 4D Bioprinter’s printhead. The miniature load cell will be able to monitor and regulate the force applied when extruding bio-ink material.
  • The load feedback is captured using the 9330 Battery Powered High Speed Data Logging Indicator through an SD card, or a another laptop directly with supplied BlueDAQ software.

Products used in this app note

  • SuperSC S-Type Miniature Load Cell
  • 9330 Battery Powered High Speed Data Logging Indicator

Results

Interface’s load cells offer valuable sensor devices for researchers developing 4D-printed medical devices. By measuring forces and stresses, they provide insights into the material’s behaviour, enabling the optimisation of biocompatible implants with desired functionalities.

Materials

  • SuperSC S-Type Miniature Load Cell
  • 9330 Battery Powered High-Speed Data Logging Indicator with supplied BlueDAQ software
  • Customer 4D Bioprinter
  • Customer computer

Load cells for 4D Bioprinting – Find out more

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