Black Friday Doorbuster Ms-326 Jonard Tools: Mid Span Slit & Ring Tool (5 Mm-10 Mm) Collection [OrHgvntA]

MS-326 Jonard Tools: Mid Span Slit & Ring Tool

The MS-326 Jonard Tools Mid Span Slit & Ring Tool is a revolutionary tool designed for effortless access to optical fibers in thin-walled outer jackets. This innovative tool builds upon the success of the MS-6 and MS-26 Fiber Optic Mid Span Slitting Tools, offering enhanced versatility with a unique ring feature. Engineered for precision and efficiency, the MS-326 is a must-have for professionals in the field of fiber optic installations and maintenance.

Key Features and Specifications

The MS-326 features 5 precision slitting grooves and 5 precision ring grooves, ranging in size from 5 mm to 10 mm, providing a wide range of applications. One side of the tool performs radial/ring cuts, while the other side slits the cable for longitudinal cuts. Its compact design, weighing less than 2.5 oz, includes a tethering hole for easy handling in tight spaces or on the go. The indicator line on top ensures accurate slitting and ringing, making the MS-326 a reliable choice for professionals. This tool is specifically designed for use on Corning fiber cables such as MiniXtend® binderless FastAccess®, HD MiniXtend®, and similar style cables.

Practical Applications and Benefits

The MS-326 Jonard Tools Mid Span Slit & Ring Tool is an invaluable asset for professionals in the fiber optic industry. Its versatile design allows for quick and precise cuts, making it ideal for daily use in installations, maintenance, and repairs. With a replacement blade set available (part number: MSB-5010) and blades that last for 5,000 slits/cuts, the MS-326 is a cost-effective solution for prolonged use. Our MS Series Mid Span Tools, including the MS-326, are patented for their unique design and functionality, earning prestigious awards for innovation. Whether you are a seasoned professional or just starting out, the MS-326 is the perfect tool to enhance your productivity and efficiency in fiber optic work.