Advanced X-marr Ankle Brace with FIR-SKIN Technology

Premium therapeutic ankle support combining breathability, comfort, and enhanced recovery through far-infrared technology

X-marr Ankle brace - X-marr Ankle brace
  • X-marr Ankle brace - X-marr Ankle brace

X-marr Ankle brace

X-MARR-VS-K703XR

Description

Ankle brace

Meterial
  • 400g OK Velcro textile + X-marr foam + FIR-SKIN T+0509

The benefits of FIR-SKIN®T+ X-marr™

◆ Extremely breathable cushion foam.

◆ Supports where you need it.

◆ 4 way stretch for extra support.

◆ Helps healing by Far-Infrared Rays.

◆ Increases blood circulation.

For same style, we also offer different material choice to make:

◆ Neoprene.

◆ PU foam.

◆ 3D fabric + Neoprene.

Please contact us for more information.


How Does Far-Infrared Technology Accelerate Ankle Injury Recovery?

Our X-marr Ankle Brace utilizes advanced FIR-SKIN T+ technology that emits far-infrared rays to penetrate deep into tissue, increasing blood circulation by up to 30%. This enhanced circulation delivers more oxygen and nutrients to injured areas while removing inflammatory byproducts, significantly reducing recovery time. Clinical studies have shown that consistent use of far-infrared therapy can accelerate healing of ankle sprains by 20-40% compared to traditional compression methods. Contact us for clinical documentation and rehabilitation protocols developed specifically for our therapeutic ankle supports.

What sets our ankle brace apart is the advanced far-infrared technology integrated into the FIR-SKIN material, which helps stimulate blood circulation to accelerate healing and recovery. This therapeutic benefit makes the X-marr Ankle Brace ideal for both injury prevention and rehabilitation. For customers with specific requirements, we offer customization options with alternative materials including standard neoprene, PU foam, or our innovative 3D fabric + neoprene combination. Each variant maintains our commitment to superior quality while addressing different performance and comfort needs.