Advanced Technology

Robotic-assisted surgery.

Advanced robotic technology enhances surgical precision, improving outcomes and speeding recovery for hip and knee replacements.

Robotic-assisted surgery represents the next generation of surgical care at Optimised Care. By combining the skill and experience of our consultant surgeons with state-of-the-art robotic systems, we deliver a level of precision that enhances every stage of the procedure. From pre-operative planning through to implant placement, robotic technology allows for personalised surgical approaches that are tailored to each patient's unique anatomy, leading to better outcomes, less pain, and a faster return to the activities you enjoy.

ROBOTIC — Surgeon at robotic console controlling precision instruments

The Process

How robotic-assisted surgery works.

Surgeon-controlled precision

The surgeon operates from a console, using hand and foot controls to direct robotic arms fitted with precision instruments. Every movement is initiated and controlled by the surgeon — the robotic system simply translates those movements with enhanced accuracy and steadiness.

Advanced 3D visualisation

High-definition 3D imaging provides the surgeon with a magnified, detailed view of the surgical area. This enhanced visualisation allows for greater accuracy when working around delicate structures, ensuring the procedure is as safe and effective as possible.

Minimally invasive approach

Robotic-assisted procedures use small incisions, significantly reducing trauma to surrounding tissue. The combination of miniaturised instruments and enhanced surgeon control means less disruption to the body, leading to reduced pain and a quicker recovery.

Patient Benefits

Why choose robotic-assisted surgery.

01

Precision

Robotic guidance enables accurate implant alignment to sub-millimetre tolerances, ensuring optimal positioning for long-lasting results.

02

Reduced Trauma

Smaller incisions and precise instrument control mean less damage to surrounding tissue, resulting in less post-operative pain.

03

Faster Recovery

Most patients return to daily activities within 2–3 weeks, significantly shorter than traditional surgical approaches.

04

Fewer Complications

Minimally invasive techniques reduce infection risk and blood loss, leading to fewer post-surgical complications.

05

Better Outcomes

Accurate implant placement contributes to improved joint function, greater range of motion, and longer implant lifespan.

ROBOTIC — Close-up of Mako robotic arm during knee replacement

Our Technology

Systems we use.

da Vinci System

The da Vinci Surgical System provides surgeons with an advanced set of instruments to perform minimally invasive surgery. Using tiny incisions, the system translates the surgeon’s hand movements into smaller, more precise movements of micro-instruments inside the body. The high-definition 3D vision system provides magnified views of the surgical area, enhancing visualisation beyond what the human eye can see.

Mako System by Stryker

The Mako SmartRobotics™ system by Stryker is specifically designed for orthopaedic joint replacement. Using CT-based 3D modelling, the system creates a personalised surgical plan for each patient. During surgery, the robotic arm guides the surgeon with predefined boundaries, enabling accurate bone preparation and precise implant positioning for hip and knee replacements.

Book a Consultation

No GP referral required. Speak to our team to learn whether robotic-assisted surgery is the right option for you.

Call us on 0121 822 0122

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