Summary. Answering the question of “what do you use a hydraulic press for,” Workshop Press Company UK provides a broad array of hydraulic press applications, ranging from assembly to stamping. They deliver both standard and custom presses, tailored to meet diverse industry needs. Their offerings are customisable to unique customer requirements, inclusive of bespoke tooling. The variety of hydraulic presses, from 30-ton to 200-ton, underscores their commitment to versatility and customer-focused solutions.
Workshop Press Company UK offers high-quality standard and custom hydraulic presses, for every application and operation in a wide variety of industries. Every customer’s application consists of a different set of parameters and requirements. Therefore, we supply a wide variety of standard presses. As a result, we address a broad spectrum of pressing operations, for any industry with common pressing processes. In addition, we provide customisations to our presses, along with custom tooling, to meet our customer’s unique specifications.
Here is a list of some common press applications that our hydraulic presses can address.
Related: Hydraulic Press Uses And Benefits
Common Pressing Processes
- Deep Drawing
- Press Fitting
Pressing Process Explanations
This is the process of using a press to fasten two or more components together. For example: Bearings, shafts, switches, pumps, rear axle assembly, hinges, gearboxes, and medical instrument assembly.
The press exerts forces onto a piece of metal. Which transforms the piece of metal into a useful object. For example: Electrical housings, cases, brackets, panels, hinges.
Punching can be carried out on a wide variety of press types. It is a common metal fabricating process that creates holes in metal sheets by using s a punch, and then a punching die. The shapes of the punch and dies can be almost any shape. Every time the punch passes through the punch die, it removes a slug from the sheet metal and passes it through the die. The punching process is a very economical way of creating holes and can be incorporated with our pressing operations. For example: Vent holes, ventilation ribbing, screw holes, alignment holes, and bolt holes.
Powered material is put under extreme stress by the hydraulic press forming an object. For example: Teflon powder for seals, battery compaction, munition fuse assembly, fuel cell compaction, battery compaction, clutch friction material bonding and powder make-up compacts.
Cutting sheet material to size is typically done in a sheet metal guillotine. However, if we have a large quantity of blanks to cut, we may use a press with an installed cutting die. Trimming is primarily done in hydraulic presses on components that were previously formed, drawn, or forged in a preliminary pressing process. The trimming process “trims” surplus and expanded material in order to achieve the desired component. For example: baskets, die-cast trimming, panels and plastic injected parts.
This is a forming process which implements a combination of tensile and compressive conditions to form a pressed component. Deep draw differentiates from forming when the height of the component’s case is 2 times the height of the component’s diameter. Aluminium and stainless steel are two common materials used in this process. For example: Beverage cans, vessels such fire extinguishers, oil cans, aerosol cans, ducting, rifle shell casings, ferrules.
This is a cold process performed in typically a 2 piece closed die. In the pieces of the die set there are opposing forms, which have shapes and geometries machined into them. Place a black piece of metal between the two die set components and apply extreme pressure. This causes the metal to flow into the areas of the machined geometries. Coining processes are typically carried out on hydraulic presses. For example: Coins, badges, resizing of powdered metal parts, high voltage power lugs.
The creation of imprinted designs on the surface, of a sheet metal object, without affecting the thickness of the material. This process can be integrated into other pressing processes for component serialisation purposes. For example: Lettering, logos, designs, serial numbers into surfaces of sheet metal components.
Piercing is similar to punching but a slug is not removed during the piercing process. For example: vents, louvers, dimpled holes in tubes, slots for connecting components.
This process takes a flat piece of material and using a die set and a hydraulic floor press, transforms the metal into a desired shape. For example: brackets, washers, rings, fittings, connectors, automobile door super-structures.
This in when one component is pushed into another, by using the force of a hydraulic press creating an interference fit.
An assembly technique that uses a custom assembly press and appropriate tool to fold and flatten material. Consequently, two pieces are securely fastened together by a pinching action. This technique is commonly used to join sheet metal parts.
Is a process that permanently fastens two pieces or parts together by causing plastic deformation of the metal components in order to create a joint. For example: Rivets, Fasteners.
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If you have any questions about purchasing a Workshop press from us, we’d love to hear from you. Call us on +44 (0)1785 593 088 or get more information on our hydraulic presses by visiting our website today. Enjoyed this blog? Check out a previous blog on How Hydraulic Presses Help With the Production Process