Electronic information field In the electronic information industry, the size of precision structural parts is getting smaller and smaller, but the precision requirements are getting higher and higher. Laser cutting machines play a key role in the processing of printed circuit boards (PCBs), connectors, sensors and other structural parts. In PCB processing, laser cutting can achieve high-…

The working principle of fiber laser cutting machine is based on the high energy density characteristics of laser. The high-energy laser beam generated by the laser is focused on the surface of the workpiece through the optical focusing system, instantly heating the material to the melting point or even boiling point, causing the material to melt and vaporize rapidly. At the same time, with the h…

At the moment when agricultural mechanization is developing rapidly, fiber laser cutting machine has become a powerful assistant in the manufacturing of agricultural machinery parts with its unique advantages. It takes fiber laser as the core, outputs high-energy laser beam to melt materials and achieves precise cutting. Compared with traditional cutting technology, the fiber laser cutting…

Precision laser cutting machine is an advanced device that uses high-energy-density laser beams to achieve material cutting. Its core principle is to generate a beam of a specific wavelength through a laser generator, and after focusing through an optical system, a very small spot is formed on the surface of the material, causing the material to partially melt or vaporize, and coaxial gas is used…

In the manufacturing industry, the efficiency of cutting technology directly affects the production cycle and cost. As mainstream metal processing methods, the speed comparison between laser cutting and CNC cutting (such as plasma cutting) has always been the focus of industry attention. This article will combine the latest technical parameters and actual cases to deeply explore the speed differe…

Laser cutting machine uses photons as a knife, and with its core advantages of non-contact, zero deformation, and multi-material compatibility, it is deeply integrated into the modern manufacturing system. From micron-level medical stents to giant engineering structures, it has become the core driving force of industrial upgrading with breakthrough accuracy and efficiency. Traditional proc…

As the core component of high-precision angle sensor, the processing quality of the transparent grid of glass photoelectric encoder directly affects the measurement accuracy and signal stability. Laser cutting technology breaks through the bottleneck of traditional processes with its non-contact and ultra-precision processing characteristics, and provides key support for photoelectric encoders, a…

In the medical field, the precision processing of planar instruments (such as surgical blades, orthopedic bone plates, dental repair plates, etc.) is directly related to clinical safety and treatment effects. Traditional stamping, etching and other processes are difficult to meet the manufacturing requirements of micron-level precision and complex structures. The planar instrument laser cutting m…

1. Clarify processing requirements ① Material type and thickness The laser cutting machine needs to select the laser type according to the processing material: Metal materials (such as stainless steel, aluminum alloy): Fiber laser cutting machines are preferred, and their power range is usually 500W-6000W, and the cutting thickness ranges from 0.1mm to 30mm. Non-metallic materials (such as ac…