Proudly made in the USA, the NewLife Eco-Pro Anti-Fatigue Mat is an ergonomic study winner constructed with ¾” thick polyurethane foam for unmatched ergonomic comfort and support for nurses and technicians who stand in for long periods of time. NewLife Mats are proven to reduce spinal compression and increase flexibility which means dramatically less discomfort, strains and work-related injuries. Featuring bounce-back memory that actually restores energy while you stand and walk, this eco-friendly comfort mat will never harden, bottom out or delaminate like cheap vinyl and rubber mats.

Effective Comfort for the Medical Professionals

This ergonomic study winner is proven to reduce spinal compression and increase flexibility which means dramatically less discomfort, strains and work-related injuries. NewLife’s bounce-back memory actually restores energy and protects your feet, legs and back while standing on hard flooring.

Ideal for: Pharmacies, hospitals, cath labs, IR labs, specimen labs, exam rooms and nurses' stations

NewLife® Eco-Pro™ Medical Product Features

  • Unmatched ergonomic comfort and support with energy-return properties
  • ¾" thick molded 100% polyurethane foam with brushed texture design
  • Heavy-duty construction: stain and puncture-resistant
  • Anti-microbial, phthalate-free and eco-friendly
  • Beveled, curl-free edges for added safety
  • Certified by the National Floor Safety Institute for superior high-traction bottom surface
  • 5 year warranty
  • Made in USA

NewLife® Eco-Pro™ Medical Comfort Type

100% Energy-Return Polyurethane Foam

  • Proprietary polyurethane foam cushion instantly reduces the stress and strain on muscles and joints
  • Proven to reduce spinal compression & increase flexibility by major university study*
  • Provides lasting support and soothing comfort during long procedures
  • Helps prevent leg, foot, lower back discomfort and work-related injuries
  • Absorbs the stressful impact of standing while restoring energy
  • High-density cushion will never bottom out or lose its bounce
  • *Study conducted by Texas A&M University

1 Product