Modular Test Rig
The project was initiated to explore the development of a custom modular test rig to facilitate the safety, strength, and performance testing of aeroplane components to conform to industry-wide regulatory standards.
The project was initiated to explore the development of a custom modular test rig to facilitate the safety, strength, and performance testing of aeroplane components to conform to industry-wide regulatory standards.
This case study delves into the inception, challenges, and eventual success of a project, which aimed to create a rotation jig to replace 10 damaged plywood concept test fixtures. The primary motivation for this project was the need to enhance safety standards and provide durable test rigs for wind turbine components’ rotation from horizontal to vertical planes.
MedTec designed, developed and supported the prototype build of an outboard engine for Ecomar Propulsion.
RNLI outsourced the design of a transport/workshop cradle to MedTec. First, we modified the existing cradle – then designed a new handrail safety system.
MedTec designed, 3D printed and fabricated a 3D Model of a wind turbine blade for MHI Vestas Offshore Wind.
Working with Greenmill, MedTec designed holistic air source heat pump – overcoming various challenges along the way.
MedTec designed and supported the manufacturing process of a triple patented audio projector.
MedTec offered a client within the oil and gas sector a full turnkey design and fabrication package driven by reoccurring problems they were experiencing.
We managed this project, working with a 3rd party manufacturer and designing various components for this unique self-playing piano.
Working with MHI Vestas Offshore Wind, we designed and fabricated an innovative storage solution.
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