Fiber laser cutting machines are a revolutionary technology that utilize an incredibly powerful and efficient fiber laser to cut materials such as metal. Thanks to their unique capabilities, fiber laser cutters are increasingly in demand for a wide range of applications and industries.
A fiber laser cutter consists of the laser source which is the actual laser, a control unit that powers the laser and a motion control system that controls the laser path, often a machining center. The laser is then efficiently guided to the workpiece where it cuts with extreme precision.
The advantages of using this technology over traditional metal cutting techniques are numerous, including extremely fast cutting speeds, low cost of operation, and high precision. With laser cutting, materials can be cut with great precision and accuracy, down to a tolerance of 0.02 mm. The laser beam is precisely controlled, allowing for precise hole drilling, shaping, and marking without any distortion.
The laser cutting process can be used for a variety of materials, including aluminum, brass, stainless steel, titanium, and other alloys. The thickness of the material being cut can range from 0.5 mm to 12 mm depending on the required precision. Fiber laser cutters are also extremely flexible, allowing users to create intricate patterns and designs that other cutting methods cannot achieve.
Fiber laser cutters also offer users extreme efficiency and important environmental benefits. In comparison to conventional cutters, such as oxy-acetylene torches and plasma arc cutters, fiber laser cutters require less power and significantly less cooling, resulting in low operational costs and reduced environmental impact.
Fiber laser cutters are also incredibly precise, precise enough to change the shape and size of even the smallest component. This means that designers and fabricators can work with a high level of complexity, eliminating the need for costly machining processes.
Finally, fiber laser cutters are highly reliable and very easy to maintain, thanks to their modular design. This makes them a great choice for businesses of all sizes, from small shop operations to large plants providing long-term value and cost savings.
In conclusion, fiber laser cutting machines offer amazing levels of precision cutting, accuracy and speed at lower costs than other metal cutting processes. Their versatility and flexibility make them ideal for a wide range of applications and industries and are becoming increasingly popular due to their cost-effectiveness and environmental benefits.
The Fiber Laser Cutting Machine is a powerful and reliable machine tool. It combines the power of high-powered lasers with the accuracy of mechanical cutting, which makes it a great choice for cutting both thin and thick materials. This machine is well-equipped to offer excellent cutting quality and can be trusted to produce precision results consistently.
Price: The average price for a Fiber Laser Cutting Machine is around $20,000 to $100,000. This may sound like a lot of money but there is a variety of available models that vary in features and price. The more features you have, the higher the price will be. However, these machines last much longer than other types of cutting machines and provide consistently high quality results.
Quality: A Fiber laser cutter is a reliable and powerful machine tool with high-grade quality capabilities that increase productivity and get good results. The cutting head of this machine has a special nozzle that avoids material oxidation and ensures accurate and clean cuts without damaging the material. The quality of the cuts is also increased by the cutting head’s special slit design that can handle thin materials with precision.
Cutting Format: Fiber Laser Cutting Machine is mainly used in the production of metal items and comes with various cutting formats. They can cut through materials like mild steel, stainless steel, aluminum, brass, and others. The cutting formats available for this machine vary from 0-4mm for thin materials to 10-15mm for thick materials. In addition, it supports cutting surfaces in square, V-shape, round and U-shape.
Manufacturer & Supplier: These machines are widely available through leading suppliers and manufacturers such asTRUMPF, Mazak and Shandong Best . Each supplier offers different models that vary in material size, cutting speed, price and other features. By taking their time to compare prices and features it is possible to find the right machine that meets their needs.
Configuration: The configuration of a Fiber Laser Cutting Machine consists of a power source, a laser head with a focusing lens, a guide rail and rail drive system, a cutting table, and a control system for controlling the whole process. Depending on the size of the machine, there are also additional components such as cutting heads, servo motors, or even multiple cutting heads that can be added.
Core Technology: The core technology of a Fiber Laser Cutting Machine is the laser itself. It is the source of power for the whole process, and is responsible for delivering the laser energy accurately and efficiently to the material in order to cut it. The laser beam is focused on the very tip of the cutting head, providing precise and clean cuts, regardless of the material.
Delivery Date: The delivery date for a Fiber Laser Cutting Machine depends on the model and supplier. It is usual to expect a delivery time of approximately 8-10 weeks, as many of these machines are custom made and require a considerable amount of preparation and assembly. For some manufacturers, the delivery time may be faster, with some machines being shipped in as little as 4-6 weeks.
In conclusion, the Fiber Laser Cutting Machine is a reliable, durable and accurate machining tool that allows precise and precise cuts in both thin and thick materials. With the right configuration and manufacturer, this machine can provide excellent quality, even at a cost that is lower compared to other types of cutting machines. The precise and clean cuts that can be achieved are designed to increase production, and there are a variety of models and features available that can be tailor fit to meet any industrial need.
