Align Orthopaedics and Rehabilitation Suite 4.10, level 4, Mater Private Clinic 550 Stanley Street South Brisbane QLD 4101 Get Directions
Mater Health Hub, Springfield Specialist Suites 95 Southern Cross Circuit Springfield Central QLD 4300 Get Directions
Dr Kalhor is a qualified, Australian trained orthopaedic surgeon treating conditions of the shoulder, elbow, knee and trauma. He was awarded a Fellowship of the Royal Australian College of Surgeons in 2017 and became a Fellow of the Australian Orthopaedic Association.
He later undertook subspeciality training in sports, knee and upper limb surgeries in Canberra with Dr Kevin Woods and Dr Maurozio Damiani.
Specialising in the management of complex shoulder, elbow and knee related conditions and arthroplasty, he also has a particular interest in reconstructive and trauma surgery. Dr Kalhor practices privately at Mater Private Hospital Brisbane and Mater Private Hospital Springfield.
An enthusiastic researcher, Dr Kalhor has been involved in extensive research in the field of orthopaedic surgery and participated in the establishment of Iran’s premier orthopaedic research centre prior to moving to Australia. He also attained a Master of Engineering by Research degree from the Queensland University of Technology in 2013 (under the supervision of Professor Ross Crawford), and was awarded the prestigious Royal Australian College of Surgeons’ Neville Davis Prize in 2013 for his extensive work on osteonecrosis.
Dr Kalhor offers a range of shoulder replacement surgeries, using cutting edge computer planning technology. He is the pioneer of shoulder replacement surgery in lateral position—one of the safest positions particularly if you suffer from multiple medical conditions.
He also offers muscle sparing approaches for his shoulder replacement which help patients with enhanced recovery.
Dr Kahlor is dedicated to offering his patients with the latest in digital surgery by using J&J’s VELYS orthopaedic surgical robot for Total Knee Arthroplasty (TKA), where appropriate. Robotic-assisted procedures are generally less invasive and allow high surgical precision.