A vacuum-type shape retention mat developed for the purpose of body positioning stabilization during medical procedures such as surgery and radiation therapy.
With a slight negative pressure operation, the mat can be quickly shaped into the desired form. The shape retention effect lasts for a long time, enabling body positioning for various areas during care and post-surgery, including cleaning and pressure sore prevention. The outer bag of the mat is made of urethane sheet, which offers excellent waterproof properties and can be easily cleaned and disinfected. 【Features】 - It is easy to alternate between the retention state (negative pressure molding) and the soft mat (without negative pressure). - Extremely durable, and repairs are simple in case of damage. - Thin and lightweight, making it easy to carry and does not take up much storage space. - Flexible and has excellent waterproof properties, making it suitable for repeated cleaning and maintaining cleanliness. - Rich in thermal insulation and heat retention, it can also be used as a protective mat for bedridden patients.
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basic information
【Specifications】 ■Cover : Polyurethane ■Inner bag : Polyester ■Inner plate & Hook : Polypropylene ■Microbeads : Polystyrene ■Tube : Polyurethane ■Coupling : Polyacetal *For more details, please refer to the catalog or feel free to contact us.
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【Usage】 ■ Cleaning body parts, preventing pressure sores (posture support), etc. * For more details, please refer to the catalog or feel free to contact us.
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Company information
Sanyo Corporation, as an organizer well-versed in materials, is engaged in the processing and sales of products related to polyvinyl chloride and synthetic resins. Leveraging our unique know-how and network cultivated over 75 years of history, we strive to understand what our customers desire and create solutions that are desirable for them. In our four core missions, we are committed to contributing to society through material processing and proposing solutions that are beneficial to people. While continuously honing our skills to remain helpful to society, we will respond with optimal manufacturing.
