laser cutting machine

2d fiber laser cutting machine with tube cutting Characteristics of fiber lasers 1) Excellent dual waveguide limiting mechanism 2) Inherent fully closed flexible optical path 3) The optical path is maintenance-free 4) Long life 5) Small size and light weight 6) Save water, electricity and cost 7) Intelligent metal typesetting software Software features: The *** recognition, typesetting and cutting series software independently developed by Jinyun has powerful functions, including the following unique functions and features: The typesetting system has a… Read More »2d fiber laser cutting machine with tube cutting Characteristics of fiber lasers & Software features

Below share some adjustment fiber laser cutting machine 1500w light path experience. 1. Check whether the laser can hit the first reflective lens, if not, adjust the position of the first lens. 2. Check whether the laser can be hit on the second and third reflective lenses. If not, adjust the screws of M1, M2 and M3 behind the upper reflective mirror. 3. Move the laser head to the upper left corner and make a laser point to observe whether… Read More »Light path adjustment method of fiber laser cutting machine 1500w

Fiber optic laser stencil cutting machine series 1. Mature and stable models, the cumulative sales of single product has exceeded 7000; 2, half empty body, high temperature resistance, fast heat dissipation; 3, the fourth generation of extruded aviation aluminum beam, light weight, good rigidity; 4, High and low type automatic exchange platform, save loading and unloading time; 5, Imported transmission parts, accuracy is guaranteed; 6, surrounded by protection design, safety; 7. Laser power 4000W-6000W can be configured. Contact Us Categories… Read More »Fiber Optic Laser Stencil Cutting Machine Series

Related operating steps of fiber laser cutting machine 4000w: 1. According to the material and thickness, call the corresponding parameters 2. Detect cutting parameters. Select the corresponding lens and laser and check whether they are in good condition 3. Adjust the cutting head to the right focus Four, check and adjust the nozzle center Five, cutting head sensor calibration Six, cutting gas inspection, input open auxiliary gas command, observe whether it can be well ejected from the nozzle Seven, according… Read More »Related operating steps of fiber laser cutting machine 4000w

Use of laser cutting machine safety and temperature effects With the use of laser cutting machine more and more wide, some families also bought laser cutting machine in the home as DIY tools.But when it comes to new technology, many people don't really have a set of safety rules in mind Laser cutting machine every day before work 1. Check whether the temperature of the laser and the water chiller is normal 2. Check whether the gas pressure meets the… Read More »Use of laser cutting machine safety and temperature effects

 fiber laser cutting machine 3000W  control system (1) Powerful.Can directly support UG, MasterCAM, Art CAM, AutoCAD, CorelDRAW and other CAD/CAM software generated by G Dema, PLT code format and ENG code format, DXF file format.With brib calibration, automatic, point, step, zero back, fast , straight line interpolation, arc interpolation, pause, thread, set/return electrical origin reverse clearance compensation, coordinate rotation, subroutine call, static/dynamic simulation, automatic acceleration and deceleration control and other functions. (2) The operation is simple, and the cutting track can be… Read More »Fiber laser cutting machine 3000W  control system

How to adjust 1000 watt fiber laser cutting machine 1, first ensure that the beam from the laser tube into the center of the 1# mirror 2. Paste double-sided tape in front of the 2# mirror, move the beam to the position closest to the laser tube, and mark it according to the point (control the proper light intensity). 3, gradually move the beam to the farthest position from the laser tube, according to the point, mark on a mark.… Read More »How to adjust 1000 watt fiber laser cutting machine?

Fiber laser cutting machine advantages: Low cost, low power consumption cost, can be blown air cutting all kinds of metal sheet. Cutting speed is fast, the efficiency of loading and unloading of the interchange-type worktable is high and saves labor. Good spot quality, small deformation, smooth appearance, beautiful. Adopt imported servo motor and guide drive mechanism, high cutting precision. The professional software can be used to design all kinds of circles or characters for instant processing, which is flexible, simple… Read More »Fiber laser cutting machine advantages-Low cost, low power consumption cost, can be blown air cutting all kinds of metal sheet.

When it comes to metal cutting technologies, laser cutting machines stand out for their precision and versatility. Using a focused laser beam, these machines can cut through a variety of materials, including steel, aluminum, and even non-metallic substances with minimal distortion. Laser cutting is particularly advantageous for applications requiring intricate designs and fine details, as it provides a smooth finish and high accuracy. However, the initial investment and maintenance costs are higher compared to other cutting methods.

Plasma cutting machines offer a different set of advantages, particularly for thicker materials. By utilizing an electrically conductive gas to produce a plasma arc, these machines can efficiently cut through thick sheets of metal with high speed and efficiency. Plasma cutting is generally faster than laser cutting for thicker materials and is more cost-effective for heavy-duty industrial applications. While it may not provide the same level of precision as laser cutting, it is an excellent choice for projects where speed and material thickness are priorities.

Flame cutting machines, also known as oxy-fuel cutting machines, are among the oldest and most cost-effective methods for cutting thick steel plates. Using a combination of oxygen and fuel gas, flame cutting machines can handle extremely thick materials that other cutting methods might struggle with. This technique is well-suited for heavy fabrication industries, but it lacks the precision and versatility of laser and plasma cutting. Additionally, the process generates a significant amount of heat, which can cause material distortion and requires careful handling.