Trustpilot
top of page

PEMF therapy for fractures & bone healing

PEMF is one of only a small number of non-pharmaceutical interventions with direct FDA approval — and one of its approved uses is bone fracture healing. At Pro Active, we use professional-grade Pulse PEMF to accelerate bone repair after fractures, stress fractures and surgical bone procedures.

Image by Harlie Raethel

PEMF has FDA approval for the treatment of non-union fractures — breaks that have failed to heal through conventional means. It has been used in clinical bone healing applications for over 40 years and has one of the strongest evidence bases of any complementary therapy available today.

Stamping Documents

How it works
Why PEMF accelerates bone healing

Bone healing is a complex biological process involving multiple cell types, growth factors and structural remodelling. PEMF supports and accelerates every stage of this process.

bone.png

Stimulates osteoblast activity

Osteoblasts are the cells responsible for forming new bone. PEMF directly stimulates osteoblast activity — the core mechanism behind its FDA approval. More active osteoblasts means faster, stronger bone formation.

droplet (1).png

Improves circulation to fracture site

Bone healing requires good blood supply. PEMF improves circulation and new blood vessel formation at the fracture site — ensuring adequate delivery of the cells and nutrients needed for repair.

refresh.png

Accelerates callus formation

Callus is the initial bridging tissue that forms across a fracture before remodelling into solid bone. PEMF accelerates this early phase, shortening the overall healing timeline significantly.

flame.png

Reduces post-injury inflammation

Excessive inflammation around a fracture can slow healing. PEMF modulates the inflammatory environment — maintaining enough for healing signalling while preventing the chronic inflammation that impedes recovery.

Conditions treated
Types of bone injury we help with

Acute fractures

Post-surgical bone

healing

​​

​​Osteoporosis management

 

 

Stress fractures

Non-union fractures

Knee & hip replacement

recovery

​​​

 

Stress fractures in athletes

Stress fractures are particularly common in runners, Hyrox athletes, cyclists and military personnel. PEMF is highly effective — stimulating bone repair, improving bone resilience under load, and shortening the recovery period so athletes return to training faster. Several of our elite client roster have used PEMF specifically for stress fractures.

What to expect
Your bone healing sessions — step by step

hexagon-number-1.png

Consultation

 

Discuss your fracture, any medical team involvement and goals — we can liaise with your orthopaedic team.

hexagon-number-2.png

Setup

 

Localised PEMF applicator targeted directly at the fracture site for maximum effect.

hexagon-number-3.png

Your session

30 or 60 minutes. Completely painless and non-invasive, no needles, fully clothed.

hexagon-number-4.png

Programme

Sessions continue until the fracture is confirmed healed. Frequency depends on fracture type and severity.

Working alongside your team
PEMF as part of your medical recovery plan

PEMF for fractures works best alongside your orthopaedic consultant or physiotherapist — not as a replacement for conventional care. Pro Active has access to Dr John Morgan for clinical guidance on integrating PEMF into fracture recovery protocols, and we are experienced at working alongside NHS and private medical teams. If you have a fracture that isn't healing, or you want to accelerate recovery after surgery, call us to discuss before booking — we'll advise on the right approach for your specific situation.

Trusted by elite athletes

The same technology. The same clinic. Available to you.

  • Colin Jackson - Olympic Gold Medallist

  • Jamie Baulch — Olympic Silver Medallist

  • Dave Sloan — Hyrox World Champion

  • Fred Wright — British Cycling Champion

  • Rebecca Mason — Hyrox World Champion

  • Tom Davies — Superleague Rugby

  • Dr John Morgan — Sports Medicine

Ready to accelerate your bone healing?

bottom of page