3T’s latest R&D project aims to give customers 100% production quality assurance in their metal 3D Printed parts by developing an automated non-destructive inspection process to identify any internal or external defects such as porosity, internal cracks, microstructural defects and trapped powder, along with their location …
Having identified that inadequate primary (immediate) and secondary (long-term) fixation is a major factor in loosening, and thus failure of, orthopaedic implants, The Biomechanics Research Centre at National University of Ireland, Galway (NUI Galway) developed OsteoAnchor technology. This is an optimised surface architecture for an implant incorporating a multitude of tiny claw features which embed into the patient’s bone during implantation ...
A patient at Queen’s Medical Centre in Nottingham had significant facial asymmetry leading to functional problems and aesthetic issues. The surgical team wanted to improve both areas and looked to produce an implant (alloplastic facial implant). In the past, a number of materials and techniques have been used for such implants, however all have limitations.
The team at Innervision Technology has been working with the NHS for a number of years on projects that involve integrating mobile technology into health care. They identified an opportunity to produce a hard wearing, rugged iPad case for use in hospitals and other medical environments.
Having obtained funding from BBC Two's Dragon's Den, Ian Helmore asked 3T to produce over 20 individual components that make up his SteriSpray shower system including inserts, tubes, back plates, covers, connectors and the shower rose itself. The specialist team at 3T then expertly finished and painted the parts, making them look like the final manufactured product ...
Ranier Technology is a Cambridge based medical device development company that makes world leading spinal disc implants. The Ranier™ Distractor is the instrument used at all stages of Total Disc Replacement (TDR) procedures involving their revolutionary Cadisc™-L implant. This highly innovative instrument provides a working channel to safely and accurately implant the replacement discs, whilst also protecting and retracting the surrounding anatomy of the patient.
Codamotion, the world leader in real-time movement analysis, wanted to manufacture ‘marker clusters’ in relatively small volumes and to have the ability to change designs quickly as new requirements dictated. The material utilised needed to be lightweight and robust as well as be able to be handled many times without deterioration of finish.
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