Vernier Caliper - Messschieber - Schublehre

english 3D Printing Guide: Vernier Caliper Introduction: This guide describes the 3D printing of a vernier caliper, a versatile measuring tool designed for precise measurements in the two-decimal-point range. The caliper is printed in multiple parts and assembled after printing. Due to its delicate structure, it should be printed with a 0.2mm nozzle. Materials and Print Settings: ASA or ABS are ideal due to their resistance to environmental factors and durability. PLA or PETG can also be used if the caliper is not subjected to heavy use. Use a 0.2mm nozzle for high detail accuracy and sharp edges. A layer height of 0.1 to 0.2mm is recommended to ensure precise measurements. Printing the Vernier Caliper: Print the various parts of the caliper separately, including the ruler and the slider. Ensure all details are clear and edges are sharp to allow precise assembly. Assembling the Vernier Caliper: After printing, deburr all parts and remove support structures to ensure smooth movement. Assemble the caliper by inserting the slider into the guide on the ruler. Test the movement of the slider to ensure it moves smoothly but is not too loose. Using the Vernier Caliper: The caliper is designed to measure inner and outer diameters, as well as depths. The accuracy of the caliper depends on the print settings and assembly precision. Ideally, it allows measurements in the two-decimal-point range. Maintenance and Care: Keep the caliper clean and free of dust and debris to ensure smooth movement. Check regularly for loose parts and correct the fit as needed. Conclusion: The 3D-printed vernier caliper is a useful and precise measuring tool that can be easily assembled. Its accuracy depends on the print settings and assembly, but ideally, it can achieve measurements in the two-decimal-point range. ASA or ABS are recommended, but PLA or PETG can also be used. With this guide, you can print a high-quality caliper to meet your needs. deutsch 3D-Druckanleitung: Schieblehre Einführung: