 Fiber laser machines are the perfect tool for cutting sheet metal. Just look at the perfect cut. This part needs no finishing. You can pass it straight down to assembly or packaging. Hello, this is Watson. Welcome to the world of CNC machines. If you need a fast, stable, and highly accurate machine, here it is, the Watson 1325E, with a working area of 1,300 by 2,500 millimeters. Today, we will take a closer look at its features, what it can do, and why it is considered one of the best in the range. The first is the carefully considered design of the machine. Watson engineers have been manufacturing CNC laser machines since 2003. We know very well that one of the most important elements of a laser cutting machine is the machine bed, which determines whether the machine will maintain its specified accuracy after 10 years of operation. In this case, we have seen for ourselves that it will. The frame of the Watson 1325E is built to the latest technological standards. It is a segmented welded frame made from heavy gauge tubes, which is furnished and burned to eliminate residual stresses in the metal. The internal frame construction is reinforced with 8 to 10 millimeters thick metal plates, every 400 millimeters, for maximum stability. The frame determines the maximum speed the machine can reach, the type of emitter that can be fitted, and the type of material that can withstand in regular use. Watson E-Series machines have a maximum idle speed of 80 meters per minute, and the emitter power can be up to 2 kilowatts. This machine is best suited for sheet thicknesses up to 4 millimeters. If thicker materials are required, the Watson S-Series with up to 6 kilowatts or the Hard series with up to 20 kilowatts, both with a maximum idle speed of 120 meters per minute, can be used. And while we're on the subject of emitters, this is one of the most important parts of the machine. The Watson 1325E can be fitted with laser sources from the world's top manufacturers, IPG, JPT, and RACAS in 1, 1.5, or 2 kilowatts. The fiber optic emitters have a lifetime of 100,000 hours, over 11 years of continuous operation, or about 47 years if you work 8 hours a day, 5 days a week. That is why we pay so much attention to the machine frame and other components to ensure that they will last as long as the emitter, even when the machine is running 24 hours a day. This machine is equipped with RayTools BM110 laser head. RayTools laser heads have been manufactured in Switzerland since 2005 and offer the best value for the money. The company is represented on every continent, and consumables are readily available throughout Europe and the world. The Watson 1325E is designed to minimize vibration and absorb inertia during operation by considering all parts of the machine, including the gantry. This laser machine uses an aluminum gantry specially designed by our engineers. Another important detail in laser metal cutting machine is the correct positioning of the guide rails and helical rails. They must be strictly parallel to each other, and to achieve this, all the areas for mounting these elements are milled by a high precision robot after the bed is tempered. At every stage of production at Watson, our engineers check all machine components to detect and correct any inaccuracies in good time. The Watson 1325E is equipped with lean B2 helical rails and 25mm high wind rail guides, which provide smooth running, high precision and reliability with high load capacity, low friction and low noise. Combined with Japanese Mitsubishi servomotors and Shimpo planetary gearboxes, all the above benefits result in positioning accuracy of up to 0.02mm, with virtually no vibration. Look, the machine is now running at 80 meters per minute. You have to admit, this is impressive. Watson metal cutting machines are controlled by the latest generation FS Cut 2000 control system. The CYP Cut software is supplied with the machine and has a wide range of editing files and settings to make cutting easier and faster. It also allows remote diagnosis of machine faults and status. CYP Cut features include edge seek to detect and correct the position of the sheet on the table, nesting to automatically position cut parts on the sheet in the best possible way, micro joint to align bridges in the layout to prevent parts falling out or being misaligned during cutting, ring cut to cut corners without burning, fly cut to cut circular or rectangular holes as quickly and economically as possible. You will appreciate the speed and co-edge to combine common object lines to reduce process time and waste. And that's not all. If you need in-depth training on your laser machine, contact Watson managers. We can teach you how to set the parameters for any material and how to use the software to its full potential. You want the machine to work as efficiently as possible, and we're here to help. In addition, the laser cutter can be equipped with an interchangeable table or a pipe cutting unit. If high power emitters are used, a safety cabin can also be fitted. That is why we use the most reliable components and our more than two decades of experience in machine tool manufacturing allows us to correctly calculate loads and design all elements of the machine so that it will serve you well and remain as accurate and efficient throughout its life as it was on the day of purchase. Watson, we work for our customers' customers. If you have any questions, feel free to leave them in the comments. And see you soon!