Introduction to Advanced Fiber Laser Cutting of Sheet and Tube Metals (Fiber Laser)

Laser technology has undergone a long development period. Originally CO2 Laser Technology for poor laser quality, large consumables. Next is the more advanced and newest YAG Laser technology, which is Fiber Laser Technology or also known as Fiber Laser. CO2 and YAG laser technologies have very low energy conversion efficiency, so they are very power-hungry. In addition, the alignment of laser converging mirror systems is very complicated, making it difficult for users. CO2 and YAG technologies also require frequent maintenance and replacement of converging lenses and laser tubes, which is costly and increases cutting costs. Fiber Laser technology uses optical fibers to transmit the laser beam from the Source to the Machining Head without loss of energy in the transmission line. Energy conversion efficiency is 6 times higher than YAG Laser and 3 times higher than CO2 Laser. The fiber laser source has a lifespan of up to 100,000 hours, does not require complicated alignment when used, does not need to be maintained, is easy to use, durable, long life of the cutter and low cost. The cost of cutting head consumables is negligible (can be counted as non-existent). In the past, due to the high cost of the fiber laser source, the fiber laser cutting machine was still not very popular in production, only found in factories with strong financial potential. In the past few years, Fiber Laser Technology has made a great progress in quantity and quality, helping to reduce the cost of Fiber Laser Source significantly and reach the level of effective investment of mechanical factories. average gas in the country.

To meet the needs of the Vietnamese market with high quality requirements, effective investment costs. HO MAY Co., Ltd. has chosen to supply to the market a line of Fiber optic CNC Laser Cutting Machines with machine configurations using nLight Laser Source and Mech Laser Cutting Head from the US, Panasonic Motor and SHIMPO Gearbox from Japan, System Transmission system Rack - Gear, Vitmebi, German HIWIN Linear Slider, China Frame and Controller. With such a configuration, the Fiber Optic CNC Laser Cutting Machine distributed by HO MACH Co., Ltd. offers top quality laser cutting, high cutting speed, large cutting productivity, and moderate investment cost for the market, helping the domestic manufacturers have advanced laser cutting technology, applied to their sheet metal and pipe cutting work, creating sophisticated products with high quality, beautiful cuts, smooth cuts. , sharp, quick production deployment to meet the increasingly demanding requirements of the market, helping businesses increase their competitiveness.

One outstanding feature of Fiber Optic CNC Laser Cutting Machine distributed by HO MACHINE CO., LTD is the use of nLight Laser Source with integrated anti-reflection technology, so in addition to cutting iron and stainless steel like other laser sources on the market. schools (IPG, Trumpf etc.) can also cut aluminum, copper and non-ferrous metals. The Mech Laser cutting head has an integrated object sensor that helps in the process of moving the cutter head has the ability to avoid obstacles in the path of the cutter head. This feature is especially useful to protect the cutter head from damage during use because the cutter head is one of the important and highly valuable components of the fiber laser cnc laser cutting machine.

With the appearance of high quality Fiber Optic CNC Laser Cutting Machine along with reasonable investment costs, it has completely changed the way of production in sheet material processing factories. Previously, products from sheet steel required Bending Machines, Cutting Machines and Punching Machines together with corresponding sets of punches, which increased the cost of cutting small orders and taking a long time to complete orders. Now, with a factory model with a bending machine and a fiber laser CNC cutting machine, it helps the production unit quickly implement different orders with high speed, extremely short production preparation time, bringing advantages to customers. Great competitive advantage and reduced cost, not to mention increasing the usable area of ​​the factory by using fewer processing machines.