Tension   K   Wire Exporter

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Tension   K   Wire Manufacturer

( Binet& Trocar Type )

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Tension K wire is a medical device used in orthopedic surgeries for the fixation of fractures, particularly in the small bones of the hands and feet. It is a thin and flexible wire made of stainless steel or titanium that is inserted into the bone and tensioned to hold the bone fragments together during the healing process.

Description

S.1216.B/T.15 1.5 mm X 16
S.1216.B/T.18 1.8 mm X 16
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ABOUT US

Genius Ortho Private Limited

Genius Ortho Private Limited was found in 2008 by a group of entrepreneurs after having a decade of experience in the field of orthopaedic implants manufacturing. Genius Ortho Private Limited now is the leading company in India specialize in the Orthopaedics Industry. Genius Ortho Private Limited will always achieve this position by professional pursuing excellence and by dedicating ourselves in improving the quality and serving all our customers.

All implants are exclusively made of Stainless Steel 316L, LVM & Titanium Grade V Ti-6Al-4v-ELI.

Our products of Orthopaedic implants and instruments are not only qualified with the certification of FDA, CE, GMP regulations, but also compliant with ISO Quality Assurance Standards.

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YEARS EXPERIENCE

Frequently Asked Questions

Tension K wires are available in various diameters ranging from 0.6mm to 2.0mm, with lengths varying from 150mm to 300mm. The appropriate size and length of the wire depend on the bone fracture and the patient's anatomy.

A small incision is made over the fracture site, and a drill is used to create a hole in the bone. The wire is then inserted into the hole and tensioned to hold the bone fragments in place. The excess wire is cut off and buried beneath the skin.

Tension K wires are a simple and effective method of bone fixation that require minimal surgical exposure and are less invasive than other fixation methods. They provide stable fixation and allow for early mobilization of the affected limb, which can promote faster healing and recovery.