The strongest evidence supports pressotherapy for muscle recovery, circulation improvement, and lymphoedema management. Claims about cellulite reduction and weight loss have some early support but need more research.
Strong evidence
These benefits are backed by multiple peer-reviewed studies and systematic reviews.
Faster muscle recovery
This is where the research is clearest. Multiple studies show that intermittent pneumatic compression significantly reduces delayed-onset muscle soreness (DOMS) and speeds up recovery after intense exercise.
A 2018 meta-analysis found that pneumatic compression reduced perceived muscle soreness by up to 23% compared to passive recovery. Athletes using pressotherapy after training also showed faster restoration of muscle strength and power output.
Improved blood circulation
The sequential compression wave physically pushes blood back towards the heart (venous return). Studies using Doppler ultrasound have confirmed significant increases in blood flow velocity during and after pressotherapy sessions.
This is the same mechanism used in hospitals with IPC devices to prevent deep vein thrombosis in immobile patients - the principle is well-established in medical literature.
Lymphoedema management
Intermittent pneumatic compression is an established, NICE-recognised treatment for lymphoedema. It helps move lymph fluid that has accumulated due to damage or removal of lymph nodes (common after cancer treatment). Clinical guidelines in the UK include IPC as part of combined decongestive therapy.
Moderate evidence
Benefits with promising research, but where studies are smaller or less conclusive.
Reduced swelling and oedema
Beyond clinical lymphoedema, pressotherapy appears effective for reducing general leg swelling - the kind you get from standing all day, flying, or during pregnancy (with medical approval). Studies show measurable reductions in limb volume after treatment sessions.
Relief from heavy, tired legs
People who spend long hours standing or sitting often experience heavy, aching legs. Small studies and widespread clinical use suggest pressotherapy provides meaningful relief, likely through the combination of improved circulation and lymphatic drainage.
Reduced inflammation markers
Research shows pressotherapy can accelerate the clearance of inflammatory markers like creatine kinase and interleukin-6 from the bloodstream after exercise. This biological mechanism supports the subjective reports of reduced soreness.
Early or limited evidence
Benefits that are commonly claimed but where the research is still developing.
Cellulite reduction
Some small studies show short-term improvements in skin appearance when pressotherapy is combined with other treatments. However, the evidence is limited and results appear temporary. Pressotherapy alone is unlikely to produce dramatic cellulite reduction.
Weight loss
Pressotherapy does not burn significant calories. Any weight loss observed immediately after a session is water weight from reduced fluid retention, not fat loss. While improved circulation may support overall metabolic health, pressotherapy should not be marketed or purchased as a weight loss tool.
Who benefits most?
- Athletes and gym-goers - faster recovery between training sessions
- People with circulation issues - heavy legs, mild oedema, varicose veins
- Lymphoedema patients - as part of a treatment plan (consult your doctor)
- People who stand or sit all day - nurses, teachers, office workers, delivery drivers
- Frequent flyers - reducing post-flight leg swelling
- Older adults - maintaining circulation with reduced mobility
The best way to know if pressotherapy will work for you is to try it. Most people feel a noticeable difference in leg heaviness and soreness after just one session.