What Is Punch Press? A punch press is a machine that creates a certain amount of pressure, measured in tonnage, capable of turning, piercing, and making all kinds of material. Some punch presses are powered by a hand lever that works with small and light materials, while other punch presses are run with power and hydraulics to allow the speed at which they are driven, and the tonnage they are made of Can. Many of the punch presses we use are driven through power to a crankshaft or flywheel to generate speed and tonnage for cycling through an operation and to create a part. Today we are moving to the two main styles of hydraulic punch presses, as it is predominant to understand the two main types of punch-main bodies before arriving at their inter-working parts. Hydraulic Hot Press C Frame Vs Straight-Side Punch Press There are two main forms of punch presses, the C-frame and the straight-side. Like anything in life, both have benefits and benefits. Both styles can be used with both hydraulic and mechanical power sources and both have equivalent tonnage options they can generate. Here are the differences: Hydraulic Hot Press C Frame Punch Press Hydraulic Hot Press C Frame, also commonly known as gap-frame punch press, is characterized by the body of the press wrapping around the area of operation, resulting in a "C" around the bolt plate. is. The Hydraulic Hot Press C Frame main advantages are the three access points of the die, and generally speaking, lower cost than most straight-side punch cases. However, due to its size, the speed the RAM receives will always create a slight misalignment under load, and steps to counter misalignment can create additional costs. Benefit:
Straight-side punch press Look at the straight-side punch presses as they are described; straight, with two main sides. While straight-side punch presses provide less area for adjusting the die and blanking of scrap metal and finished parts, straight-side presses do not have the misalignment issues that come with a C-frame press. This makes them more accurate, and is best to use when tight tolerances are required. Benefit
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