Full-automatic numerical control sander

Abstract

The invention discloses a full-automatic numerical control sander which comprises a base frame, a top cover, a working table and an electronic control system. The working table comprises a support base board, a rotary disc and a sanding mechanism, wherein the rotary disc and the sanding mechanism are installed on the support base board, an accessory clamp is arranged on the surface of the rotary disc, and the sanding mechanism is arranged to be a gantry structure based on a Cartesian rectangular coordinate system. The electronic control system comprises a movement controller. According to the full-automatic numerical control sander, the movement controller is utilized to preset machining process of accessories, the sander is controlled to automatically conduct polishing, sanding and machining, manual operation is replaced, labor intensity of workers and production cost are reduced, production efficiency is improved, machining accuracy is high, consistency of products is good, and quality of the products can be improved. A variable frequency motor is matched with a high-performance frequency converter, high-speed and silent operation can be achieved, the polishing and the sanding of the accessories are conducted on a top cover, a blowing cleaning mechanism is matched with a sanding head to automatically clean, production conditions (free of noise or dust) can be improved, and safety of workers is ensured.

Description

technical field [0001] The invention belongs to the field of numerical control mechanical equipment, and relates to a fully automatic processing device for precision spare parts, in particular to a fully automatic numerical control grinding machine, which can be widely used for grinding and processing precision spare parts such as electronic digital products, glasses and watches. Background technique [0002] As more and more digital products enter people's lives, in order to meet people's ever-increasing aesthetic requirements, the design of digital products is developing in the direction of thinner and thinner, and various accessories of digital products are becoming more and more popular. streamline. [0003] However, before use, various accessories of digital products need to be polished and polished before further processing. The traditional polishing and polishing process is generally directly polished by hand or with a grinding machine. The labor intensity of the work...

AI Technical Summary

Problems solved by technology

[0003] However, before use, various accessories of digital products need to be polished and polished before further processing. The traditional polishing and polishing process is generally directly polished by hand or with a grinding machine. The labor intensity of the workers is high, and the processing environment is noisy and dusty. Pollution is serious, there is still a certain degree of danger in the processing process, and the processing cost of accessories is relatively high, and the polishing accuracy and quality of accessories are judged through the experience of workers in the polishing process, the precision of the processed products cannot be unified, the product quality cannot be guaranteed, and the production efficiency Low

Images