Roller die cutters

Wykrawarka Walcowa Rollmat
ROLLMAT

Roller die cutting machine for cardboard, films and plastics

ROLLMAT produces shaped cut-outs using cutting dies and also supports creasing and perforating. It is designed for manufacturing packaging, inserts and other components from cardboard, paper, plastics, leather and foam materials.

  • working width from 800 to 2500 mm
  • die cutting, creasing and perforating
  • corrugated board up to 13 mm thick
  • manual, semi-automatic and automatic operating modes
  • PLC control with a touchscreen panel
Machine overview

Die cutting, creasing and perforating on one machine

The ROLLMAT roller die cutting machine cuts components to the shape defined by the cutting die. It handles thin films and paper as well as thicker materials, including corrugated board, foams and fibreboard. A suitably selected tool also allows creasing and perforation lines to be produced.

A cutting roller force of 150 tonnes enables the machine to process materials of varying thickness and hardness. Applications include the production of boxes, packaging inserts and blister packs, as well as components made from leather and technical nonwovens.

Control tailored to your production process

The PLC controller supports manual, semi-automatic and automatic operation. The operator can set the position of the cutting die on the table, its dwell time at each station and the number of cycles after which the machine stops automatically.

Belt conveyors on the tables move the cutting die, while a belt transmission drives the rollers for smooth, quiet operation. The upper roller is covered with a special plastic sleeve that extends the service life of the cutting die.

Key benefits of the ROLLMAT roller die cutting machine

  1. Three processes at one workstation
    Die cutting, creasing and perforating prepare components for subsequent production stages, including packaging assembly.
  2. A wide range of materials
    One machine can process cardboard, paper, films, plastics, foams, leather and technical nonwovens.
  3. Five working widths
    Models with working widths of 800, 1200, 1500, 1800 and 2500 mm allow the machine to be matched to the dimensions of the cutting die and the product.
  4. Manual or automatic operation
    Three operating modes allow the machine to be adapted to the workstation layout and the task being performed.
  5. Longer cutting die life
    A special plastic sleeve on the upper roller reduces tool wear during operation.
  6. Smooth, quiet roller operation
    The belt transmission ensures smooth movement and reduces noise during machine operation.

Additional features of the roller die cutting machine

  • adjustable cutting die position on the table
  • adjustable cutting die dwell time on the work table
  • independent dwell time settings for individual stations
  • automatic stop after a preset number of cycles
  • belt conveyors on the work tables
  • roller gap adjustable from 0 to 100 mm
  • control system based on a DELTA/WEINTEK controller and touchscreen panel
  • emergency stop buttons on the side panels and main control panel
  • machine operation indicator light
  • CE conformity
Applications

Die-cut components for packaging and industrial products

ROLLMAT produces components whose shape is defined by the cutting die. Applications include cardboard and blister packaging, inserts, stationery products and components made from technical materials.

Materials processed

  • 2-, 3- and 5-layer corrugated board up to 13 mm thick
  • paper and cardboard
  • fibreboard up to 5 mm thick, depending on the material properties
  • rigid and flexible films, and PVC, PP, PET, PE and HDPE plastics
  • thermoformed films
  • sponge and foam materials of varying thickness and density
  • leather and imitation leather materials
  • technical nonwovens

Example products

  • boxes and cardboard packaging components
  • blister packs
  • packaging inserts
  • stationery products
  • die-cut foam, leather and nonwoven components

The selection of the cutting die and operating conditions depends on the material, its thickness and the shape of the component being cut.

ROLLMAT model comparison

Technical specifications for models WWP08, WWP12, WWP15, WWP18 and WWP25
ParameterWWP08WWP12WWP15WWP18WWP25
Working width800 mm1200 mm1500 mm1800 mm2500 mm
Installed power0.75 kW0.75 kW1.5 kW1.5 kW2.2 kW
Roller gap0–100 mm0–100 mm0–100 mm0–100 mm0–100 mm
Cutting die travel speed0.8 m/s0.8 m/s0.8 m/s0.8 m/s0.8 m/s
Cycle time4–10 s4–10 s4–10 s4–10 s4–10 s
Roller diameters210 / 200 mm210 / 200 mm210 / 200 mm210 / 200 mm310 / 310 mm
Length of each table900 mm1900 mm3000 mm3000 mm3400 mm
Dimensions, L × W × H360 × 130 × 140 cm420 × 170 × 140 cm650 × 200 × 140 cm650 × 230 × 140 cm750 × 310 × 155 cm
Weight650 kg800 kg950 kg1100 kg1800 kg
Technical Service

Service and technical support

When purchasing a Zemat machine, customers also gain direct access to the team that knows its design, configuration and welding process. Zemat machines are supported by our own technical service team, so there is no need to rely on third-party providers or explain the machine and process from the beginning.

We support customers during installation and commissioning, train operators and maintenance teams, and provide technical service worldwide. In many cases, issues can also be diagnosed and resolved remotely by checking machine settings, recipes, process parameters or system messages without waiting for an on-site service visit.

  • Direct access to Zemat technical service
  • Faster diagnostics and reduced downtime
  • Support from specialists familiar with the specific machine and process
  • Installation, commissioning and service support worldwide
  • Training for operators and maintenance teams
  • Remote support for settings, recipes and process parameters
Contact Form

Let’s talk about your production process

Every welding process has different requirements, so the machine configuration is selected according to the specific product, material, component dimensions and planned production conditions.

Tell us what you need to weld and how your process works. Based on this information, we can help select the right machine model, generator power, working area, operating method, tooling and any additional equipment required.