Research

Additively manufactured porous structures can be designed to offer a wide range of bone-matching mechanical properties and a geometric micro-environment for the formation of high-quality bone tissue

BNT-6BT could be a viable piezoelectric material for electroactive implants and implantable electronics without the need for hermetic sealing

Our newest startup company #OSSTEC has just completed its seed round and now has the runway to get its first product towards regulatory approval

Machine learning can create knee implant designs - automatically - from a set of patient's CT scans

Bi-UKA has similar tibial eminence fracture risk to medial UKA

We made the front cover of Advanced Functional Materials in 2020!

Our Zeiss Xradia Versa 510 – the tiny white dot in the middle is a specimen of trabecular bone from a trochlear groove

Study into mechanical properties of additive manufactured struts – we use these to create lattice implants that maintain bone health

Contact pressure measured in the knee after knee re-alignment surgery.

The contribution of the hip joint capsule to preventing edge loading of the hip joint.

Digital volume correlation of intervertebral discs ‘sees’ the loading in the spine.

Lattice manufacture for implants that maintain bone health

Chondral repair study using micro CT to measure strains