
How to Stay Current With Surgical Technology
How to keep up with the fast pace of surgical technology without chasing every passing trend.
8 min read
Robotics, navigation, 3D printing, AI and simulation in orthopaedics: what the evidence shows.
14 articles, newest first.

How to keep up with the fast pace of surgical technology without chasing every passing trend.
8 min read

Will AI replace surgeons? No. An argument from what the software does, why operating resists automation, who carries the risk and what changes for trainees.
6 min read

Where orthopaedic implants and biomaterials are heading — smarter, more biological, and more durable.
10 min read

How augmented reality could overlay guidance onto the surgical field, and where the technology stands today.
8 min read

The digital tools — from planning software to apps — that are becoming part of everyday orthopaedic practice.
10 min read

Virtual reality and simulation in orthopaedic training: simulator types, validity, the arthroscopy transfer trials, what curricula require and the cost limits.
13 min read

How patient-specific instrumentation and custom implants are personalising orthopaedic surgery.
10 min read

What computer-assisted navigation does in orthopaedic surgery, and how it is changing the operating theatre.
8 min read

Robotic knee and hip replacement on the evidence: how Mako, ROSA, VELYS and CORI differ, what RCTs and the NJR show on outcomes, the learning curve and cost.
15 min read

How telemedicine fits into orthopaedic practice — where it works well, where it doesn't, and what's next.
11 min read

How wearable sensors and remote monitoring are changing how orthopaedic recovery is tracked and managed.
12 min read

3D printing in orthopaedics: planning models, patient-specific guides and custom implants in tumour, trauma and revision surgery, with the evidence and rules.
14 min read

AI in orthopaedic surgery: what fracture detection, outcome prediction and planning software has shown, how it is regulated, and why it can fail at new sites.
12 min read

How embedded sensors, MEMS, and the Internet of Medical Things (IoMT) are revolutionizing the detection and management of periprosthetic joint infection.
10 min read