NGS35W: NewGen 35W Fixed Head Skin Stapler (Plant Based | Eco-Friendly)

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| Price: | $29.00 per box of 6 |
|---|---|
| Quantity: | |
| In Stock: | 99 box of 6 |
| Status: | expired |
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Additional Details
NewGen Surgical Skin Stapler
Sustainable Design
- Light in your hand, light on the planet.
- 69% plastic reduction by weight*
- Skin stapler body is made with plant-based material:
- Reduces Scope 3 GHG emissions by over 50%*
- Biodegradable; rate dependent on disposal conditions
- Prop 65 compliant; free of intentionally added BPA or BPA derived plastics, mercury, phthalates, and PVC
- Available in procedure packs, our plant-based tray removes even more plastic packaging from the waste stream
*When compared to the same product made with plastic. Sustainability statements validated by third-party resources.
Clinical Performance
- Ergonomically designed for ease of use
- Accommodates a variety of hand positions and sizes
- Low force-to-fire
- Consistant reliable staple formation
- Each device functionally tested
- Alignment indicator designed for accurate staple placement
- Easy to see staple remaining indicator
- 35 surgical stainless steel staples
- Latex free
AccessGUDID Info
- FDA Product Code: GDT
- FDA Product Code Name: Staple, Removable (Skin)
- GMDN Term Code: 35884
- GMDN Term Name: Skin stapler/staple, non-bioabsorbable
- GMDN Term Description: A hand-held manual, surgical instrument preloaded with non-bioabsorbable skin staples designed to apply the staples to approximate the free skin edges of an incision or wound. The staples (which may be clip-like) are made of metal [e.g., stainless steel or titanium (Ti)] and intended to be removed once the wound has sufficiently healed. This is a single-use device.
Manufacturer
NewGen Surgical
NewGen Surgical was started in 2012 with a vision to design quality single-use medical devices with sustainable materials.
With a growing concern about climate change and environmental pollution, NewGen made it their mission — and our business — to redesign single-use plastic medical devices. After years of working with nurses, O.R. staff and physicians in the operating room they could see this concern was one we all shared. Could these single-use, disposable, plastic products be made with sustainable materials and deliver excellent clinical performance? And if sustainable materials could not be used and achieve clinical performance and efficacy, could the product be reimagined using a circular economy model?
IN-DATE