Push Soldering Wire Clip

Model Overview & Print Notes

This is a push-type soldering clamp for assisting cable soldering, with dimensions of 68*60*53mm and an opening angle of 20° (end distance 11mm) It features fast printing, compact portability, no supports, and easily replaceable accessories   Features: Fast printing, no supports, 55g filament usage Press-type opening, allowing single-finger opening, easy to use Dual cross-nested spring design, balancing stability and clamping force All parts are easily replaceable, allowing quick individual replacement of each component, simple and efficient assembly Integrated whole, left-right symmetrical, balancing practicality and aesthetics Comes with a separate vertical base for vertical clamping It is not recommended to use low-toughness filament like PLA Matte for spring parts       Assembly Method: The left and right clamps are symmetrical sets. For easy identification, parts are marked with 1/2, with the same numbers forming a set Use the wrench included with the print to turn 60 degrees, allowing the spring to snap onto the shaft. Press it in as one piece. Both clamps operate the same way Slide the clamp from the middle into the track and push it to the edge. Press it into the solder collection box     Additional Accessories: Vertical Base: The print profile includes a separate vertical base for quick assembly and disassembly Considering not everyone needs it, it is uploaded as a separate print profile     *The button-type soldering clip was something I had planned to design half a year ago. During this period, I tried various structures, including linkage-type, compression spring, tension spring, gravity-type, integrated hinge-type, and many other attempts. Each test result presented various problems. Recently, when I planned to design a nested spring clip, I found after testing that its structure and functionality were more suitable for a press-type soldering clip. So, I changed my mind and started this design. After more than ten iterations of improvement and testing, refining its functionality and appearance, including various initial versions like left-right sliding, bolt fixing, and separate springs, I finally chose this one. Compared to other styles, it offers advantages such as good stability, simple assembly, fast printing, material saving, and easily replaceable parts. Due to printing direction limitations, the serrations printed horizontally are rounder than those printed vertically, and friction will be reduced. For light soldering clamping, it is perfectly capable. I hope it can help you!   *2025.9.29 update: Fine-tuned some clearances to resolve issues of excessive spring resistance in certain situations (source files and print profiles have all been updated)

Print profiles