Pultrusions - Carwild Corporation - Medical Contract Manufacturing and Sourcing

CustomerService@carwild.net
Phone: (860) 442-4914
3 State Pier Road
New London, CT 06320-5817

About Us:

- Contact Information
- Dominican Republic
Contract Manufacturing
- ISO Certifications
- US Headquarters
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Manufacturing:

- Surgical Sponges
- Hydrasorb^™ Hydrophilic
Urethane Foam
- PVAc Hydroxylated
Polyvinyl Acetal Foam
- Cotton, Cellulose,
Rayon and Neoprene
- Pultrusions
- Surgical Cords,
Dental Floss, and Tape

Assembly:

- Die Cutting
- Medical Assembly
- Medical Sewing
- Medical Packaging
- Ultrasonic Welding

Services:

- Sterilization Management
- Applications Development
- International Distribution
- International Sourcing
- Prototyping
- Quality Inspection

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Pultrusions

Composite medical components for endoscopic and laproscopic surgeries
Carwild Corporation pultruded endoscopic rods are affordably priced for disposability, yet offer comparable stiffness and reduced weight over surgical steel and aluminum. These fiberglass-reinforced pultrusions use a plastic coating which has been produced with a custom-formulated, proprietary resin. The resultant product is a non-conductive, lightweight, and corrosion-resistant endoscopic rod. The non-reflective surface gives an optical advantage when used under magnified light and/or with lasers.
Pultrusions in a wide variety of shapes and sizes The Carwild endoscopic stick has undergone cytotoxicity, intracutaneous, and hemolysis testing and has met the testing requirements. It is presently being used in a medical device that has achieved FDA acceptance. The rod can be machined to any configuration while maintaining its high flexural strength, biocompatibility, electrical insulation, and corrosion resistance.
The pultrusion process can be adapted to produce a wide variety of shapes and meet stringent requirements.


	Pultrusions Carwild Corporation pultruded endoscopic rods are affordably priced for disposability, yet offer comparable stiffness and reduced weight over surgical steel and aluminum. These fiberglass-reinforced pultrusions use a plastic coating which has been produced with a custom-formulated, proprietary resin. The resultant product is a non-conductive, lightweight, and corrosion-resistant endoscopic rod. The non-reflective surface gives an optical advantage when used under magnified light and/or with lasers. The Carwild endoscopic stick has undergone cytotoxicity, intracutaneous, and hemolysis testing and has met the testing requirements. It is presently being used in a medical device that has achieved FDA acceptance. The rod can be machined to any configuration while maintaining its high flexural strength, biocompatibility, electrical insulation, and corrosion resistance. The pultrusion process can be adapted to produce a wide variety of shapes and meet stringent requirements.