Utility Knife - Toolless Swap & Wire Stripper

🚀 Utility Knife – Toolless Swap & Wire Stripper 

The Toolless Swap Utility Knife is engineered for maximum convenience and self-sufficiency. Say goodbye to searching for screwdrivers or buying extra hardware—this version is 100% 3D printed (except for the blade itself). Utilizing custom 3D-printed screws and a clever quick-release mechanism, it’s a rugged, high-performance tool ready to be printed and used immediately.

✨ Why print this?

• Toolless Quick-Swap: Replace dull blades in seconds without any tools. The clever quick-release design allows for rapid and safe blade changes on the fly.
• 100% 3D Printed Hardware: No metal screws required! The decorative grips and blade system lock securely into place using custom 3D-printed screws.
• Dual-Purpose Utility: Features the signature built-in wire stripping notch, allowing you to prep cables efficiently without swapping tools.
• Safety First: Comes with a custom-fitted, snap-on blade guard to keep your fingers and workbench safe when the tool is stored away.
• Two-Tone Aesthetics: Designed for high-contrast color combinations—print the grips, body, and 3D screws separately to customize your toolbox style.

🛠️ Compatibility & Requirements

• Hardware: ZERO hardware required! Everything you need is included in the print profile (including the 3D-printed screws).
• Blade: Precision-engineered for standard trapezoid utility blades. The internal tolerances ensure the blade stays rock-solid with zero wobble.
• Print Optimized: Designed with smart orientation in mind, ensuring a sturdy build and clean threads straight off the build plate.

💡 Usage Tips

• Pro Tip: For maximum durability and tough threads, I highly recommend printing the "Knife Body" and the "3D Screws" with at least 3-4 walls and 100% infill for the screws. Using PETG or PLA+ will ensure the mechanism remains strong over time.
• Assembly: Place the blade into the main body, secure it with the quick-swap clamp, then attach the decorative grip plates using the 3D-printed screws. Note: Tighten the 3D screws firmly, but do not overtighten!