The fiber laser cutting machine is an alternative to manual cutting operations. The automatic fiber laser cutting machine designed in this paper, a highly automated mechanical equipment not only reduces labor costs and tedious cutting work, but also cuts the processed finished products. Higher precision, which greatly reduces the production cost of manufacturers and improves production efficiency, is the development trend of the sewing industry. The automatic fiber laser cutting machine is generally widely used in the quilting industry. It can also be cut into rolls separately. Its main function is to cut off the excess irregular burrs on both sides after the cutting machine is processed. The set size is cross-cut, and the finished product is a rectangular cloth of the specified size. The automatic fiber laser cutting machine has the characteristics of simple structure, safe use, high production efficiency, continuous operation, high precision, and easy operation. It is an alternative machinery for manual cutting operations. At present, most of the cutting machines produced by developed countries (Japan, Italy, etc.) use computerized industrial control stepping electrographic machines. The price is relatively expensive. Most Chinese manufacturers cannot accept the price of about 1 million yuan, and because they are not specialized Designed for the cutting machine, so some functions are not practical for the auxiliary machine of the cutting machine. This design is mainly based on the production needs. In order to meet the needs of domestic customers, it is imperative to develop new cutting machines. In this design, the electrical part of the cutting machine is designed according to the follow-up requirements of the domestic cutting machine to meet the actual production needs. The actual photo is shown in Figure 0.1.
The fiber laser cutting machine mainly cuts both sides of the fabric and cross-cuts the fabric according to the set length. Its main parts are divided into electrical control parts, pneumatic control parts, and main rollers. Top cloth part, longitudinal cut cloth part and cross cut cloth part. (1) Electrical control part: It mainly includes distribution box (mainly internal control circuit) and various switches (preliminary decision to use travel switch), its function is to control the operation of each motor in accordance with the prescribed procedures. (2) The cloth upper part of the main roller: Mainly, the two main cloth clamping rollers rely on friction and the gravity of the upper main roller to grasp the cloth and rely on the main motor to drive the main roller to roll and drive the cloth to forward or retreat. (3) Slitting the cloth part: Rely on two round knives to cut the left and right sides of the cloth, and remove the excess leftover material on both sides of the cloth. (4) Cross-cut cloth part: Rely on a rotating circular knife to move left or right to cut the cloth when the cloth reaches the specified length. (5) Pneumatic part: When the main roller is added, the upper main roller is manually controlled to push up the main roller so as to operate and clamp the cloth during cross-cutting to make the cutting more stable. The three-dimensional diagram of the cutting machine, the functions of the cutting machine and the parameters. The basic functions required by the cutting machine: (1) Cloth clamping function: drive the cloth forward and can drive the cloth to reverse, and because of the accuracy requirements, it needs to brake in time. (2) Fixed size function: Actions can be made up to the specified size, generally using metric length. (3) Slitting function: used to cut the excess scraps on both sides. (4) Cross-cutting function: used to cut the fabric horizontally to make it reach the specified length. Optical cable automatic cutting machine Optical cable automatic cutting machine instruction manual Optical cable automatic optical fiber laser cutting machine Optical cable automatic optical fiber laser cutting machine operating manual 1. Purpose: Used for cutting optical cable and optical cable (or similar materials), will be wound in the barrel The optical cable on the upper part is unfolded, cut into sections according to the set length and the number of optical cables, and then wound into reels. Features: High degree of automation High degree of automation: Automatically complete the entire operation process from raw materials to finished products, including length measurement, high degree of automation, high degree of automation, high degree of automation, fiber optic cable unwinding, cutting and coiling, etc.
This article was published by the original 2019