Sheet punching · ES30P and M30P

CNC Turret Punch Press

Punch perforations, louvers and formed features in sheet metal. Compare the 300 kN ES30P and M30P by sheet thickness, tool layout and control axes.

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Technical specifications

ES30P and M30P specifications

These 300 kN configurations use a 32-station turret. The maximum X length includes one sheet reposition. Tool diameter and sheet thickness must be checked together against the material and the force available.

Model	Press Capacity	Maximum Sheet Thickness	Maximum X With One Reposition	Maximum Tool Diameter	Punching Accuracy	Tool Stations in This Configuration	Control Axes	Air Pressure
Unit	kN	mm	mm	mm	mm			MPa
ES30P	300	6.35	5000	88.9	±0.10	32	5	0.60
M30P	300	4	5000	88.9	±0.10	32	3 or 4	0.65

Applications

Match the tool to the feature

A turret punch is most useful when the same tool profile or formed feature appears repeatedly in the nest.

Perforated panels

Repeated round or oblong holes can use one station throughout a pattern. Hole pitch, web width and sheet flatness determine the punching sequence.

Louvers and embossed features

A forming station can create a louver or emboss in one setup. Allow clearance for the raised feature on later tool passes and at unloading.

Mixed nests

Group recurring holes by tool and reserve indexable stations for features at different angles. Compare irregular outer contours with laser cutting when deciding how to route a nest.

Large-format sheets

Check the largest nest against throat depth and reposition travel. Keep vulnerable cutouts clear of the clamps throughout the regrip.

Product systems

Inside the turret punch

Tool selection, punch motion and sheet position meet at the same station. Each affects the finished feature.

Drive and frame

Servo drive and crank assembly for the turret punch

Deliver the punching stroke

On the ES30P the servo motor drives the crank and connecting rod inside an O-frame. The tool perimeter, material strength and sheet thickness determine the load on each stroke.

Tool turret

Upper and lower tool stations on the punch turret

Bring the right punch and die into position

The turret holds paired punches and dies. Assign stations by tool size and use an indexing position when the same shape must punch at different angles. Custom turret layouts depend on the selected machine.

Sheet feed and clamps

Sheet clamps and feed table on the CNC turret punch

Position large sheets and protect clamp zones

The feed axes move the clamped sheet across the support table. Repositioning extends the usable length. Plan clamp locations around the nest, especially where a final hit could release a part.

Sample parts

Features made with turret tooling

These examples show the difference between removing material and forming a feature out of the sheet.

Hexagonal perforations

Web width between holes and the punching sequence affect how flat the grille stays.

Raised collars formed around holes in sheet metal

Collared holes

A forming tool draws a collar around the opening. Allow clearance for its height on the next tool pass.

Ventilation louvers

The louver tool cuts and forms the raised opening. Check its direction against the finished panel orientation.

Nested enclosure blanks

Different openings share a sheet. The clamp and regrip sequence must support each blank until release.

Configuration

Choose the turret and handling package

Station layout

Build the station list from the part drawings. The series includes custom 32- or 46-station layouts. Confirm the available layout for the selected model.

Tools and clearance

Select punch and die sizes for the material and burr direction. Include forming height, indexing needs and regrip positions in the nest.

Loading and discharge

For automated production, specify how sheets enter, which parts remain in the skeleton and how finished work and scrap leave the cell.

Before start-up

Installation and commissioning

Prepare utilities, lifting and the installation area, then coordinate start-up and handover.

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Before production

Operator and programming training

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In operation

Maintenance and troubleshooting

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Planned spares

The right spare parts

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Self-service

Operation and maintenance videos

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Contract scope

Service and warranty scope

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Project enquiry

Discuss your project

Tell us what you want to make or improve. Technical details and drawings can follow.

Material, thickness and part size
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