Zhejiang Lipu's self-developed short fiber shredder won the national patent
CNC busbar servo bending machine is the computer-controlled equipment dedicated for busbar bending, performing various bending operations through the coordination of X-axis and Y-axis movements, assisted with manual feeding. The selection of different dies can complete the plane bending, side bending and other processes of busbar. The machine can be used in combination with GJ3D software, and is able to accurately calculate the spread length of the bend. As to the frequently bent workpiece, it can automatically find the bending order to achieve programming automation, simulate the bending order to place busbar and avoid errors in determining the bending positions.
Busbar Machine,Busbar Punching and Shearing Machine,Busbar Shearing Machinery,CNC Busbar Bending Machine JINAN EURO-ASIA MACHINERY CO., LTD , https://www.sdwindingmachine.com
The product can adjust the fineness of the product by adjusting the clearance between the blade on the cutterhead and the inner liner of the toothed profile. It can also control the fineness and output of the product by adjusting the rotation speed of the rotor and the number of grading bars on the rating disc. The short fiber material has the advantages of high shearing efficiency, small unit energy consumption, and excellent energy saving and emission reduction effects. At the same time, the high-frequency vibration of the airflow breaks down the material to make it have a certain drying effect, which can effectively reduce the moisture content of the material and reduce the humidity. At present, the patented product has been widely used in the cellulose industry and has been highly recognized.
The development and production of cellulose bio-products has been listed as an encouragement project that has been given priority in supporting the development of the “Guidance Catalogue for Industrial Structure Adjustment†(2013 Revision). However, at present, the domestic smashing equipment for crushing short fiber materials is mainly based on airflow vortex micro-pulverizer, and the short fiber is not targeted, and the production process has high temperature rise, high energy consumption, high noise, and the material is crushed. The grain size generally does not exceed 80 mesh, and the yield is low. It has not been adapted to the current requirements for fiber size in new materials, chemicals, medicines, foods and other fields.