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What is the difference between hydraulic swing beam shear and hydraulic guillotine shear What is the Difference Between Hydraulic Swing Beam Shear and Hydraulic Guillotine Shear?What is the difference between hydraulic swing beam shear and hydraulic guillotine shear? Both types of shears have a similar drive system. However, there are differences in the way they are powered and designed. A hydraulic swing beam shear uses a direct-drive system, where the blade beam is brought down by a motor when the operator steps on a pedal. This type of shear is most commonly used for shearing thin materials. Accuracy Whether you’re in the metal fabrication industry or working on a custom project, ensuring your shears perform consistently and accurately is crucial. Not only does this ensure your work is of high quality, but it also saves you time and money if the shearing machine needs to be repaired or corrected in the future. The accuracy of a shearing machine is affected by several factors, including the alignment of the back gauge and the position of the blades. In addition, the back gauge has a tendency to bend, which can cause distortion and burrs in the cutting material. The guillotine shear can be adjusted to accommodate different thicknesses of the materials being cut, which reduces the amount of distortion and improves the accuracy of the shearing process. Additionally, the blades are calibrated to maintain their position and gap in a precise manner. This ensures that the sheared material is straight and free of burrs. 4mmx2500 Hydraulic Guillotine Shearing Machine Steel Plate Cutting Machinery Steel Plate Shear - Buy Hydraulic Metal Cutting Shear,4x2500mm Shear Machine,Guillotine Shearing Machine Product on Alibaba.com Durability Unlike mechanical shears, which can become worn down or break down after a few uses, hydraulic shears are highly durable. They’re also environmentally friendly, generating minimal waste and requiring low maintenance. Durability is one of the key factors to consider when purchasing a shearing machine as well as hydraulic press brake. A good shearing machine can last for years to come, ensuring that your metal fabrication facility will be able to operate efficiently and produce high quality results. In addition, shearing machines can be used to cut a variety of materials, allowing for greater versatility and lower operational costs. They can also be easily replaced when they begin to wear down, making them a great choice for any metal fabrication facility. Flexibility A hydraulic swing beam shear can easily adjust the blade gap to handle a variety of materials and thicknesses. This makes it a great choice for any shop that wants to add a high-quality, affordable shear to their equipment inventory. These shears are built with oversized bearings that allow for a consistent blade gap throughout the entire cutting length to produce straighter cuts. They also feature a single-point blade gap adjustment that can be changed quickly and easily by the operator to accommodate new material types and thicknesses. Powered by a hydraulic cylinder, these shears are popular for cutting long metal stock like L-beams or angle iron, as well as scrap metal for shredding. They also come with a variety of standard features, including a high-quality, stainless steel cutting blade. QC11y-25*2500 Shearing Machine for Steel Plate Cutting - China Shearing Machine, Guillotine Shear | Made-in-China.com Safety When choosing a shearing machine like hydraulic guillotine shear, the safety of the operator is a key factor. The proper safety equipment, maintenance procedures, and lockout/tagout processes are essential. If you are not sure whether to choose a swing beam shear or a hydraulic guillotine shear, it is important to consider the type of metal cutting you want to perform and the amount of productivity you are looking for. If you plan to cut narrow strips of metal, a guillotine shear will be more suitable for your needs. Hydraulic guillotine shears are ideal for cutting a wide variety of materials, including steel and aluminum. They are also a cost-effective option for metal fabrication facilities because they require little maintenance and can be replaced when blades become dull. They are also more compact than their mechanical counterparts, which can save shop space.