CREWORKS Cable Stripper Replacement Blade for 1.5–25 mm Copper Wires | 40CrMo Steel, 65 mm OD / 28 mm ID

Overview

The CREWORKS Cable Stripper Replacement Blade is designed to drop into your CREWORKS wire stripper with minimal hassle, delivering a dependable edge for routine insulation removal on copper wires. It supports a broad range of sizes from 0.06 inches up to 1 inch (1.5–25 mm), making it a versatile choice for daily scrap work and light to moderate stripping tasks without the guesswork of incompatible parts.

Why it helps your workflow

• Direct fit for CREWORKS wire strippers with a built-in ring and bearing, reducing setup time and fiddling.
• Razor-like edge that’s hardened for lasting sharpness, helping you remove rubber and plastic sheaths efficiently.
• Made from durable 40CrMo steel to withstand friction and heat during repeated use.
• Lightweight and portable at about 10 ounces, so it travels well between home, shed, or job site.

Durability and fit

• Precision geometry paired with a built-in ring and bearing enables a clean, quick swap and consistent stripping results.
• Hardening and temper stability help maintain performance across cycles, reducing the need for frequent replacements.
• The blade’s compact profile keeps your tool setup streamlined without adding bulk.

In use

Expect smoother operation and reliable insulation removal thanks to the hardened cutting edge and well-matched blade geometry. The included design integrates with CREWORKS strippers to minimize misalignment and downtime during blade swaps.

At a glance

• Applicable insulation range: 0.06 in to 1 in (1.5–25 mm) for copper wires.
• Material: 40CrMo steel for durable, long-lasting performance.
• Weight: ~10 ounces for easy transport and handling.
• Direct replacement with ring and bearing for quick installation.

Why choose CREWORKS

For professionals and hobbyists who value dependable tools, this blade offers consistent results and minimal downtime. It’s suited for frequent use in workshops, garages, and salvage projects where steady performance matters more than flashy features.