Total hip replacement — direct anterior approach
A muscle-sparing approach performed from the front of the hip. It avoids cutting through muscle, which typically means less pain, faster mobilisation and no restrictions on movement after surgery.
Joint replacement
Robotic-assisted and navigated hip and knee replacement, every case.
Every joint replacement Dr. Dlaska performs is either computer-navigated or robotic-assisted — delivering the precise implant position that reliably supports long-term function.
Total knee replacement — subvastus & kinematic alignment
The subvastus approach preserves the quadriceps mechanism rather than cutting through it, supporting a quicker return of strength and easier early rehabilitation. Dr. Dlaska plans every total knee to your individual kinematic alignment — a technique he trained in during his navigated and robotic joint surgery fellowship in Townsville — so the implant matches your native joint line and ligament balance.
Unicompartmental (partial) knee replacement
For patients with arthritis limited to one compartment of the knee, a partial knee replacement preserves the healthy compartments, ligaments and often feels more like a natural knee.
Revision hip and knee arthroplasty
Redo surgery for loose, worn or infected implants — a technically demanding area where Dr. Dlaska's experience at Charité Berlin and in Australia is particularly relevant.
Technology
Why robotic and navigated?
These systems build a three-dimensional plan of your specific anatomy and help place the implant to the sub-millimetre accuracy that plan requires — restoring your natural mechanical alignment and joint balance.
The surgery is still performed by the surgeon: the technology is a tool that improves the precision and reproducibility of a well-planned operation.