Production lines · Cutting and punching

Laser and Turret Punch Automation

One sheet tower feeds two stations. Route perforated or formed parts to the EP3015 punch and profile-cut blanks to the GP3015 laser.

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Line configuration

Two processing routes from one tower

EP3015 and GP3015 identify separate processing and handling units. Each takes sheet from shared storage and has its own discharge arrangement.

Item	Configuration
Storage	One sheet tower shared by the two processing units
Punch route	EP3015 punching and handling unit
Punch discharge	Automatic unloading to double-deck receiving carts
Laser route	GP3015 laser processing and handling unit
Laser loading	Sheet separation, thickness check and vacuum pickup
Laser discharge	Fork unloading and stacking

Applications

Route work by the feature it needs

Shared stock lets the planner choose the process for each nest. Finished output and scrap still need separate handling at each station.

Grilles and formed panels

Recurring perforations or formed features can justify punch tooling. Check how the sheet will be held after the last hit and how it reaches the receiving cart.

Profile-cut blanks

Use the laser route for changing contours and irregular outlines. Plan support under the nest so small blanks stay stable when the unloading forks move.

Mixed schedules

Reserve tower positions for material grades and gauges used by both machines. Coordinate retrieval when the punch and laser request the same stock.

Downstream sorting

Group the two output streams by the next operation. A cart of punched grilles and a stack of laser blanks can then reach bending or assembly in the required order.

Line stages

Storage, punching and laser handling

The tower serves two cells. Follow the stock request and the discharge path for each route.

Shared material tower

Vertical storage tower and retrieval carriage for the shared line

Dispatch stock to the available station

The tower stores sheet by material and gauge. A shared retrieval sequence feeds the punch or laser according to the job. Replenishment access and the order of stock calls affect how long each station waits.

EP3015 punch unit

EP3015 punch station with loading and discharge equipment

Load blanks and separate punched output

Vacuum pickup feeds the punching station. Automatic discharge moves work to receiving carts. Perforated panels and parts held by micro-joints need an unloading pattern that supports the sheet.

GP3015 laser unit

GP3015 laser handling station coupled to the storage tower

Support the cut nest during unloading

The laser handling unit separates and gauges the sheet before vacuum loading. Forks lift the cut nest to the stack. Plan finished-part, remnant and skeleton locations around the next operation.

Line integration

Plan the shared cell around the job mix

Stock and throughput

List sheet sizes, grades and thicknesses for each route. Size storage and retrieval against the demand from both stations over a shift.

Tools and surface finish

Set punch stations and laser nests separately. Check formed features, micro-joints, scratch protection and support during discharge.

Scheduling and recovery

Assign jobs and receiving locations, then test simultaneous stock requests, a failed pickup and restart with one station unavailable.

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

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Contract scope

Service and warranty scope

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Project enquiry

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Material, thickness and part size
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