Description
The Jones Towel Clamp, measuring 90mm in size, is an essential instrument in surgical settings, meticulously crafted to securely hold surgical drapes or towels in place during procedures. Constructed from high-quality stainless steel, this clamp ensures durability and longevity, making it suitable for repeated use in various surgical contexts.
Utilizing a passivation process, the Jones Towel Clamp is fortified against rust and corrosion, guaranteeing its integrity even in the presence of bodily fluids and sterilization procedures. Thorough ultrasonic cleaning removes contaminants, ensuring impeccable sterility and minimizing the risk of infection during surgical interventions.
With a dull-polished finish, this clamp enhances grip while minimizing glare under surgical lighting, optimizing visibility and precision during delicate maneuvers. Its compact size of 90mm offers a balance between maneuverability and gripping surface, accommodating various surgical requirements with ease.
Designed for ambidextrous usage, the Jones Towel Clamp ensures comfort and ease of handling for both left-handed and right-handed surgeons, facilitating optimal control and maneuverability during procedures. Rigorous testing procedures, including performance tests, shape tests, and boil tests, validate its functionality, ergonomic design, and sterilization capabilities, ensuring compliance with stringent quality standards.
Individually packed for sterility and convenience, each Jones Towel Clamp is ready for immediate use in surgical settings, minimizing the risk of contamination and ensuring patient safety. Quality control measures further reinforce its reliability, with each clamp undergoing stringent checks to ensure adherence to quality standards before leaving the production line.
In summary, the Jones Towel Clamp in size 90mm embodies precision, reliability, and versatility, making it an indispensable tool for securing surgical drapes or towels during procedures. With its stainless steel construction, rust prevention procedures, ambidextrous design, and rigorous testing protocols, it ensures optimal performance and safety in every surgical procedure, contributing to successful patient outcomes.
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