Improved environment-friendly manufacturing device

Abstract

The invention discloses an improved environment-friendly manufacturing device which comprises a fixing base. A machine enclosure is fixedly connected to the upper end face of the fixing base. A machining space is arranged inside the machine enclosure. A mobile clamping device is arranged on the front side of the lower end face of the machining space. A middle rod body of a tool loading rod is sleeved with a gear milling cutter. A liquid nitrogen cylinder is arranged at the upper end of a storage plate. An air pump is arranged on the rear end face of a mixing tank. An inward-extending cooling pipe is arranged at the upper end of the rear end wall of the machining space. The front end of the cooling pipe extends downwards and is fixedly connected with a supercharging sprayer. In the operating process, high-pressure liquid nitrogen plays roles in cooling the machined portion and blowing away scrap iron, and pollution to the environment is reduced while the dry machining quality is ensured; and the air pump can pump air into the mixing tank, gas temperature after liquid nitrogen is vaporized rises to a certain height, and frost damage to machines and workpieces caused by excessively-low temperature is prevented.

Description

technical field [0001] The invention relates to the field of environmental protection manufacturing industry, in particular to an improved green manufacturing device. Background technique [0002] In traditional manufacturing, in order to avoid wear and overheating during machining, cutting fluid is used as a medium for cooling and chip removal, but traditional cutting fluid is a powerful source of environmental pollution, and the processing cost of cutting fluid is very high. The cost of environmental protection production is greatly increased, and it is difficult to implement environmental protection production. At present, the market has gradually used dry cutting method for processing, and the processing and production are completed without using cutting fluid. This method has no impact on the material and coating of the tool. It has very high requirements, and the precision of the equipment is very high, which makes the cost high and greatly increases the production cos...

AI Technical Summary

Problems solved by technology

[0002] In traditional manufacturing, in order to avoid wear and overheating during machining, cutting fluid is used as a medium for cooling and chip removal, but traditional cutting fluid is a powerful source of environmental pollution, and the processing cost of cutting fluid is very high. The cost of environmental protection production is greatly increased, and it is difficult to implement environmental protection production. At present, the market has gradually used dry cutting method for processing, and the processing and production are completed without using cutting fluid. This method has no impact on the material and coating of the tool. It has very high requirements, and the precision of the equipment is very high, which makes the cost high and greatly increases the production cost. At present, it is difficult to use it on a large scale

Images