Sheet metal fabrication refers to the different techniques of bending and shaping

Sheet metal fabrication refers to the different techniques of bending and shaping sheet metals. There are different types of equipment that are used for this purpose. Depending upon the nature of the project, you may have to use a wide range of devices that may vary from simple hand-made tools to highly sophisticated large automatic machinery. The first step is to prepare an engineering drawing. After that, the raw material will go through an array of processes. Following is a brief rundown on this. famous laser processing unit manufacturers confirm that participate in this exhibition outside the China. AMADA brings FO-3015NT laser processing machine, can realize it is processed that all-round steady processing and sheet metal of thick plank are high-quality and ultrafast; The laser cutting machine of BYSTRONIC introduces automatic upper and lower material systems ByTrans, can lead users to become the laser cut expert of the higher income in a simplest way; United general auspicious agate bring the intersection of SLCF-X and series, fly light path laser cutting machine, adopt the overhang structure, such characteristics as have at a high speed, high precision, inertia are small, stiffness is high; Open quick Waja shows TRULASER3030 laser cutting machine especially; 3015NX laser cutting machine of Mitsubishi is the most advanced high speed, high precision, low energy consumption level laser cutting machine in the world at present; The CONTOURLM3015 series numerical control laser cutting machine that Wuhan Falley Lecce cuts the system engineering Co., Ltd. adopts Longmen fixedly, the middle beam hangs, the driving type structure of voice coil motor, the stability that there are high-quality parts and the good structure guarantees the apparatus upside down. hey, know what? i was thinking bout the same think as u as well, i operated old skool cnc machine before, it use manual control and still precise. my idea was to move the specimen tht i want to cut instead of moving its arm. so, i think this might solve the arm and hydraulics all tht stuff problems. i think it might work if u have one heavy Z-axis moving arm attached to the arm, and the holder for specimen must be able to move in other 2 axis, so, u can control X and Y axis by using manual bolt+shaft (2 of them for each axis) and for the scaling, u need to put markings on specimens or ur holder so that when u rotate the bolt to move the shaft and speciment holder, u know how much u need to rotate to move 1 mm or 0.001 mm :p