The 3000W optical fiber laser cutting machine is a high-power metal laser cutting machine. The configuration parameters of this large equipment are complex, and the quotation needs to be calculated according to different parameter comparison tables. The quotation of different specifications is also different, which needs the customer's understanding. Sometimes, it is not a quotation that is not given, but it cannot be opened. A reasonable quotation can be given to you only after careful communication.
In the increasingly developed market environment, the speed of product development means that the application of laser cutting machine in the market can effectively reduce the number of molds used. In sheet metal processing operations, almost all plates require lasers. The cutting machine is the final forming, so the application of laser cutting machine reduces the number of processes and schedules, and effectively improves the work efficiency. It greatly reduces the investment in molds, greatly improves the processing speed of workers, saves unnecessary processing procedures, and laser cutting machines are widely used in industrial processing.
High speed response to laser power ramp to ensure the quality of corner cutting and improve the stamping quality; The machine tool adopts welding and casting as a whole, which is professionally produced by large military enterprises. High temperature ignition, vibration aging treatment and precision machining by large gantry milling machines ensure that the machine tool has excellent impact resistance, high rigidity and stability.
In the actual operation process, the cutting ability of the laser cutting machine is also affected by a variety of laser types, cutting environment, cutting speed, auxiliary gas, etc. Brass and aluminum plates are highly reflective materials, and some laser cutting machines do not have high cutting ability and high resistance materials. The laser uses IPG laser, which has the ability to cut highly reflective materials.
Advantages of laser cutting technology over other methods:
1. Good cutting quality: narrow slit width (generally 0.1-0.5mm), high accuracy (generally 0.1-0.4mm hole center distance error, 0.1-0.5mm contour dimension error), good notch surface roughness (generally 12.5-25 μ m Ra), and the notch can be welded without further processing.
2. Clean, safe and pollution-free: greatly improved the working environment of operators. Of course, as far as the accuracy and surface roughness of the incision are concerned, CO2 laser cutting is unlikely to exceed electric machining, and it is difficult to achieve flame and plasma cutting levels in terms of cutting thickness.