TriDE Safety Razor

thingiverse

The TriDE Safety Razor seamlessly combines the ease of 3D printing with the time-tested, tried, and true principles of a traditional safety razor design. Designed for simplicity, it exemplifies the following key points: Effortless 3D Printing: Engineered with precision for 3D printing, the TriDE Safety Razor boasts a design that maximizes the advantages of additive manufacturing. Its components are optimized for easy and efficient printing, and the included supports ensure a hassle-free post process. User-Friendly Assembly: Assembly is a breeze with the TriDE Safety Razor. Its three-piece construction allows for a quick and intuitive setup, making it accessible for both beginners and experienced shavers. No complex instructions or tools required. Traditional Shaving Excellence: Despite its modern manufacturing approach, the TriDE Safety Razor adheres to the timeless principles of traditional three-piece DE safety razor designs. It accommodates the readily available double-edge (DE) blades, a tried and tested choice for a close and comfortable shave. Proven Design: The TriDE Safety Razor is built upon a design that has withstood the test of time. Its classic three-piece configuration has been trusted by generations of wet shavers, delivering consistent and reliable results. Lightweight and Comfortable: Common 3D printing materials are light and easy to maneuver. The TriDE Safety Razor strikes the perfect balance between ease of use, comfort, and durability. Its simple design ensures long-term satisfaction for grooming enthusiasts. In summary, the TriDE Safety Razor embodies the best of both worlds: modern 3D printing convenience combined with the reliability and effectiveness of a traditional safety razor design. It's a testament to innovation without compromising on the time-honored art of shaving. ***Please Note*** This is a three-piece safety razor for use with double-edge blades. Post-processing requires breaking away the included supports on the cap. Additional supports are not necessary. The STLs for this design are uploaded in high resolution in order to retain the required detail and tolerances and greatly benefit from a well-calibrated printer. Please post your makes. Enjoy Update: 9/23/23 Added "How to load blade" video. https://youtu.be/Eg90n6loe8w?si=X7YRvrv3aaS0bdr8