A large Screwzilla that can grip and turn broken and rusty screws.
The unique tip shape allows for compatibility with low-profile screws (truss screws). It can be grasped vertically at the tip, making it possible to work in tight spaces. The horizontal grooves at the tip are arranged to interlock, ensuring a secure grip on ultra-thin sheets. It is equipped with a cutting edge, allowing for the cutting of wires and similar materials. The grip is highly resistant to oil and made from environmentally friendly elastomer, designed to fit comfortably in the hand. It features a lightweight, twist-resistant T-shaped grip. *Do not use on screws with high hardness, such as tapping screws, drilling screws, or coarse threads. *It may not be usable on screws that are completely stuck due to rust or adhesives.
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basic information
Corresponding screw head diameter: φ3 to 12mm Vertical groove hardness: HRC60±2 Cutting capacity: soft iron wire/φ3.2mm, copper wire (single wire)/φ3.5mm Overall length: 204mm Tip width: 27mm Tip length: 27.7mm Blade length: 11mm Grip width: 53mm Weight: 295g Material: body/carbon steel, grip/elastomer
Price range
P1
Delivery Time
Applications/Examples of results
For removing stripped and rusted screws. For installing and removing special screws such as pentarobes and hexrobs. For on-site repairs, maintenance, and disassembly, as well as maintenance of cars, motorcycles, bicycles, and DIY (do-it-yourself) projects.
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Engineer Comprehensive Catalog 2023-5
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Company information
Since our founding in 1948, we have been manufacturing and selling tools for professionals in the electrical and electronic equipment industry. We have contributed to the development of industry through tools and jigs that enhance productivity in manufacturing sites, as well as tools that utilize new materials to support research in semiconductors and biotechnology. As we move forward in the context of global warming and the arrival of a super-aged society, the role of "tools" as "preparation" for "roads" will become increasingly important. We would like to propose tools that can further develop the wonderful relationship between "humans" and "tools."