Deep Drawing Press Machine

A deep drawing press is designed for shaping sheet metal and blanks into deeper, more complex forms. When a standard bending or stamping machine cannot provide enough stroke or forming force, a hydraulic press offers better control over the forming process and allows the material to be shaped gradually.
This type of equipment is commonly used for metal housings, containers, equipment components, automotive parts, and other products that require deep forming. With a wide range of available pressing capacities, the machine can be configured for both relatively compact components and large workpieces.
When choosing a hydraulic deep drawing press, pressing force is only one part of the picture. The slide stroke, open height, working area, pressing speed, ejector configuration, and available tooling space can all affect the final result. For this reason, the right machine should be selected around the actual part and forming process rather than simply choosing the largest tonnage available.

• High pressing force - available models range from 5,000 to 20,000 kN, covering a wide range of deep forming applications.
• Long slide stroke - depending on the model, the stroke can reach up to 1,100 mm.
• Large open height - up to 1,700 mm, providing additional room for larger dies and tooling.
• Different working areas - working dimensions can be selected according to the size of the blank and tooling.
• Stable hydraulic force - smooth slide movement helps maintain better control during the forming process.
• Hydraulic ejector options - selected models can be equipped with a separate ejector cylinder for easier part removal.
• Different operating speeds - approach, pressing, and return speeds vary according to the selected model.
• Industrial-duty drive system - motor configurations range from 22 × 2 kW to 45 × 2 kW across the listed models.

The machine is built around a rigid steel frame designed to handle the high loads generated during deep forming. For a deep drawing hydraulic press, frame rigidity is especially important because uneven loading or excessive deformation can affect forming accuracy and the service life of the equipment.

The worktable and other load-bearing components are manufactured from structural steel suitable for continuous industrial use. Critical surfaces are machined to the required tolerances, while the hydraulic cylinder, pump, valves, piping, and sealing components are selected according to the required pressing force and system pressure.

The machine layout can also be matched to the tooling used by the customer. During the design and configuration stage, factors such as blank dimensions, drawing depth, required stroke, die size, and the overall production cycle can be considered. This makes it possible to select a hydraulic deep drawing press based on the actual manufacturing requirements rather than relying on pressing capacity alone.

The following table shows the main specifications of several models in the series:

One of the biggest benefits of this equipment is the range of pressing capacities available. A deep drawing press can be selected according to the actual forming requirements, from the 5,000 kN Y32-500TA to the 20,000 kN Y32-2000T. This gives manufacturers more flexibility when dealing with different part sizes, materials, and forming depths.

The longer stroke available on some models is another important advantage. The Y32-1200T, for example, provides a 1,100 mm slide stroke and a maximum open height of 1,700 mm. This gives the operator more room for large dies, tooling, and deeper workpieces.

Cycle efficiency is also important in production. The relatively fast return speeds allow the slide to move back to its starting position quickly after forming, which can help reduce idle time during repeated operations.

Selected models are available with hydraulic ejectors. After the drawing operation is completed, the ejector helps push the finished part out of the die, which can make unloading easier when the formed workpiece fits tightly inside the tooling.

With the right combination of pressing force, stroke, working area, speed, and tooling, the machine can help manufacturers maintain more consistent part geometry and achieve repeatable production results.

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