Alloy gear

‍‍Gearbox reducer 0010010 nbsp; Product Brief

0010010 nbsp; The lock fitting breaks through the traditional powder metallurgy process, adopts copper alloy zinc and polymer one-shot molding technology, and the fully automated integrated production line produces high-precision gears.

Intelligent security die-casting The utility model relates to a cold forging die for processing high-precision transmission gears, which belongs to the technical field of precision workpiece processing and manufacturing. It includes a dynamic module and a static module. The dynamic module includes a jack at the center, a first punch is provided on the periphery of the jack, and a second punch is provided on the periphery of the first punch A guide block is provided, and the static module includes a first concave die at the center. A guide sleeve is provided on the periphery of the first concave die, and a second concave die is provided on the periphery of the guide sleeve. The periphery of the mold is provided with a concave mold insert block. The periphery of the concave mold insert block is provided with a concave mold sleeve. The utility model utilizes the plastic deformation ability of the material to directly extrude and shape at room temperature, thereby reducing the processing procedure of the workpiece and improving the processing quality and production efficiency of the product.

A cold forging die for processing high-precision transmission gears includes a moving module and a static module, and is characterized in that the moving module includes a transmission gear located in the center of the electronic regulator of the jack car seat, which belongs to Parts, the shape of the parts is complex, and the inside and outside contain tooth shapes, as shown in 1 and 2, and the size is precise: the accuracy of the size and shape of the key places is required to be 0. 05 mm Within, the tooth profile error should be within 0. 03. The traditional processing method is the tooth shape production process. The multi-process and multi-station precision punching method is used for manufacturing. The manufacturing cost of the machined tooth is high and low efficiency. The multiple precision punching tooth shapes in the stamping process have high requirements on the mold and are difficult Automate. Utility model content

In order to overcome the shortcomings in the prior art, reduce the processing procedures of workpieces, and improve the processing quality and production efficiency of products. The utility model provides a cold forging die for processing high-precision transmission gears. By utilizing the plastic deformation ability of the material, it is directly extruded under the condition of room temperature, and extruded according to the requirements of the parts.