VAI SMS Easy2Gown Coverall with Attached Hood and Boots

Sterile, non-woven polypropylene garment with Easy2Gown fold, attached hood and boots.

Starting at $451.00
Manufactured
Includes
Availability
  • Usually ships in 8-10 weeks
Product Specs

Features

  • S, M, L, XL, 2XL-4XL sizes are available
  • 25 coveralls per case
  • A 100% bound seam construction
  • Pre-folded design reduces gowning time
  • Elastic thumb loops to prevent sleeve movement
  • Better efficiency and performance in gowning qualifications
  • Double-layer front flap to reduce contamination through zipper
  • Easy2Gown system reduces operator contamination while gowning

The VAI SMS Easy2Gown Coverall with Attached Hood and Boots has been designed with SMS material and active, athletic styling that offers more flexibility and space while maintaining a sleek design that works for all body types. VAI coveralls feature tunneled elastic wrists and ankles to create a secure transition to gloves, as well as attached boots and a hood to reduce chances of contamination and protect the user. The SMS material used to design these coveralls has high strength, breathability, and outstanding moisture vapor transmission, which increases operat­­or comfort. This material also effectively filters bacteria and provides minimal to moderate splash protection to ensure user safety in the cleanroom environment.

The SMS Easy2Gown Coveralls are packaged and folded with the Easy2Gown system. The Easy2Gown System is a fold that makes a proper aseptic gowning procedure an easy process rather than a routine challenge. The Easy2Gown design minimizes operator contact with the outside of the garment while donning to reduce the chance of cross-contamination. This is accomplished by placing the interior of the coveralls at the opening of the package, protecting the sterile exterior from the transfer of contamination during the gowning process. Trained personnel will be able to gown without contact with the sterile portion of the gown. The easily distinguished surface significantly reduces operator prep time while reducing manipulation of the garment itself.