Tweezers Precision Adapter
por Kei063 en Thingiverse
Description This is a 3D-printable attachment that can be mounted onto a standard pair of tweezers to turn them into a simple precision tweezer tool. It is designed to assist with handling small electronic components and similar fine parts. This model is intended for light-duty and casual use only..
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Uso comercial permitidoPuedes imprimirlo, modificarlo y venderlo sin pedir permiso ni dar crédito.
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Sobre este modelo
Description This is a 3D-printable attachment that can be mounted onto a standard pair of tweezers to turn them into a simple precision tweezer tool. It is designed to assist with handling small electronic components and similar fine parts. This model is intended for light-duty and casual use only, and is not a replacement for professional-grade precision tweezers. For reference, when printed using an AD5X, it was able to handle and place 0603-size (1608 metric) chip resistors. However, performance may vary depending on printer, material, and print settings. - Additional parts: None required - Supports: Not required - Intended use: Light handling and temporary holding of small components
The license is CC0. You are free to modify, redistribute, and use it commercially without restriction. Disclaimer This design is provided “as is” without any warranty. The author assumes no responsibility for any damage, loss, or injury resulting from its use. This attachment is intended for simple, non-critical applications. It is not suitable for tasks requiring high precision, reliability, or safety (such as professional assembly, medical, or industrial use). Users are responsible for ensuring safe use. Be cautious when handling small or sharp objects to avoid damage or injury. Due to the nature of 3D-printed parts, strength and accuracy may vary depending on print orientation, material, and settings. Proper testing and validation are recommended before use. Print Notes - Supports: Not required - A smaller layer height is recommended for fine features (e.g., 0.1–0.2 mm) - Common materials such as PLA can be used
Descripción original del autor, publicada en Thingiverse.