A machine tool chip conveyor is a device that automatically transports excess waste generated during CNC machine tool machining to a designated location. It employs a seamless, welded assembly, eliminating any leakage. The machine tool chip conveyor boasts a high degree of automation and is equipped with overload protection devices, reducing the machine's failure rate. The main components of a machine tool chip conveyor include: an external frame (stainless steel housing), a power source (motor), a cooling system (water tank), a conveying system (chain plates), a multi-functional controller, and a chip collection box.
In fact, machine tool chip conveyors primarily handle the supply and output of chips from machine tools. They process waste materials generated after machining, such as clumps, coils, blocky chips, and debris like aluminum, copper, stainless steel, and nylon chips, ensuring the machine tool can operate normally. Currently, machine tool chip conveyors are mainly used in CNC machine tools, combination machine tools, machining centers, specialized machine tools, production lines, and automated lines for chip conveying. They can also be used in conjunction with other chip removal devices to form various types of cutting processing systems, helping to increase the service life of equipment. This improves the working efficiency of machine tools, which is why machine tool chip conveyor manufacturers are trusted by a wide range of customers.
Machine tool chip conveyor manufacturing process:
1. Material feeding method
Sheet metal cutting involves cutting thick materials into smaller pieces as needed. There are many methods for sheet metal cutting. Based on the type of machine tool and its working principle, they can be divided into shearing, milling, punching, oxygen cutting, and laser cutting.
1.1 Cutting
The main task is to use a shearing machine to cut sheet metal with straight edges, ensuring the straightness and parallelism of the cut surface and minimizing the distortion of the sheet metal.
1.2 Punching and blanking
The main process involves using CNC punch presses or ordinary punch presses and blanking dies for material cutting.
1.3 Laser Cutting
Laser cutting equipment is used to continuously cut sheet metal, and its advantages are high efficiency and high precision.
2. Hand-shaped
With continuous technological advancements in production, the vast majority of forming processes are now completed on machines. Manual methods are often used as supplementary processing or finishing work. However, in single-piece production or for parts with complex shapes, manual operation and processing are still indispensable. Manual forming mainly utilizes simple molds and various jigs and fixtures. The main methods employed in manual forming include: bending, edge setting, edge finishing, edge pulling, arching, hemming, and seam correction.
3. Mold forming
Die forming is the process of forming sheet metal using machines such as punch presses and bending machines, as well as various dies. It can be divided into: bending, drawing, partial forming and flanging, necking, flaring and bulging, forming, stretch bending, spinning and leveling.
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