Actuation Lab - Engineering Actuators for the World's Most Extreme Environments

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Title
Actuation Lab - Engineering Actuators for the World's Most Extreme Environments

CoPED ID
5f5afc72-c2b3-4011-9a42-e240f26cfad3

Status
Closed


Value
£1,113,845

Start Date
March 1, 2021

End Date
Aug. 31, 2022

Description

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Actuation Lab is engineering the world's most powerful actuators for extreme environments. Actuators are engineered devices that make machines move. Actuation Lab has developed a revolutionary fluid powered actuator technology, the Callimorph, designed from the ground up to best exploit the unique properties of modern composite materials. The ultra-lightweight Callimorph is composed of a single part, eliminating the sliding seals that cause so many issues in traditional piston actuators, while also exhibiting the excellent specific strength and corrosion resistance inherent to composite materials. The result is a high-performance maintenance free actuator, able to survive in the world's dirtiest, dustiest and saltiest environments. The Callimorphs survivability in extreme environments is of great interest to the marine, Oil and Gas and offshore renewable energy industries, where this technology has the potential to reduce costly failures and maintenance while extending product life and reducing hazards and costs associated with handling bulky traditional actuators.

This project entails taking the Callimorph from a TRL 4 demonstrator to a TRL 7 product, ready for in-service testing. This project is a collaboration between Actuation Lab Ltd and the National Composites Centre.

ACTUATION LAB LTD LEAD_ORG
NCC OPERATIONS LIMITED PARTICIPANT_ORG
ACTUATION LAB LTD PARTICIPANT_ORG

Simon Bates PM_PER

Subjects by relevance
  1. Composites
  2. Actuators

Extracted key phrases
  1. Actuation Lab Ltd
  2. Revolutionary fluid powered actuator technology
  3. Performance maintenance free actuator
  4. Traditional piston actuator
  5. Bulky traditional actuator
  6. Engineering actuator
  7. Powerful actuator
  8. Extreme environment
  9. Modern composite material
  10. Salty environment
  11. Lightweight Callimorph
  12. Offshore renewable energy industry
  13. World
  14. Corrosion resistance inherent
  15. Excellent specific strength

Related Pages

UKRI project entry

UK Project Locations