Find used die cutting machine for sale 122

Busch BL Label puncher - ram punch Good value

Year: 1995

Max. paper length 26 cm
Min. paper length 1 cm
Max. paper width 28 cm
Min. paper width 1 cm

Tosi 1850×1200 Die-cutter

Year: 1980

Max. paper length 1850 cm
Max. paper width 1200 cm

Lasermax 550/560 Die-cutter

Year: ~ 2011

Lasermax 550/560 Die-cutter fast cutter that cuts from reel to sheet

Yawa MD 1050 E Die-cutter

Year: 2001

Max. paper length 105 cm
Min. paper length 45 cm
Possible actions Die Cut
Max. paper width 75 cm
Min. paper width 37 cm
Max sheets/hour 7500

BOBST SP 142 ER Die-cutter

Year: 1979

BOBST SP 142 ER year 1979, automatic die-cutting machine, 600T pressure, stripping, blanking station


Year: 2018

Automatic Die-Cutter ALPS 1650EC YEAR OF PRODUCTION 2018/2019 max. format 1650 * 120 min. format 650 * 550 max. punching format 1620 * 1190 max. speed 3200 SHEETS / HOUR max pressure 300 TONS processed material SOLID CARDBOARD, CORRUGATED CARDBOARD

PB&E Meteor Foil stamping - embossing - semi automatic

Year: 1980

Make PB&E Model Meteor Year 1980 Size of the heating plate 305 x 470 mm Size of the mounting plate 300 x 400 mm (a bigger plate is possible) Size of the shuttle table 420 x 510 mm Foil transport both longitudinally and transversely Pressure up to about 10 tons Details automatic foil transport (adjustable foil pull) adjustable dwelling time, …

James Burn EX380 Die-cutter Hot deal

Year: 1984

Max. paper length 38.1 cm
Min. paper length 10.795 cm
Possible actions Die Cut
Max. paper width 38.1 cm
Min. paper width 9.8425 cm
Max sheets/hour 8400

Bobst 1420 E Die-cutter

Year: 1968

Max. paper length 102 cm
Min. paper length 50 cm
Possible actions Die Cut
Max. paper width 142 cm
Min. paper width 70 cm
Max sheets/hour 4500

Heidelberg GTS Diecutter

Year: ~ 1965

Max. paper length 33 cm
Max. paper width 46 cm

Iberica DG-60-B Die-cutter

Year: 1995

Max. paper length 86 cm
Min. paper length 25 cm
Possible actions Die Cut
Max. paper width 114 cm
Min. paper width 45 cm
Max sheets/hour 5000

KLUGE 35,6x62,9 Die-cutter


Max. paper length 35.6 cm
Possible actions Die-Cut + Hot Foil
Max. paper width 62.9 cm

TMZ 106 Die-cutter

Year: 1991

Max. paper length 76 cm
Min. paper length 35 cm
Max sheets/hour 5500
Max. paper width 106 cm
Min. paper width 50 cm
Honeycomb Chase Yes


Year: 1980

USED BOBST SP-1120E DIE CUTTER IN VERY GOOD CONDITION WITH STRIPPING UNIT. Bobst Autoplaten SP 1120 E Maximum sheet size 1120 x 800 mm Minimum sheet size 450 x 380 mm Maximum cutting strength 3 MN (300 t.) Max. speed 7’000 sheets/hours Pallet feeder 2 cutting chases 2 cutting plates 2 sets stripping frames Non-stop delivery Pre make ready table

Krause J138-LV/80 Rotary board cutter & creaser & half cutting

Year: 1980

Make Krause Model J138-LV/80 Year 1980's Creasing length 1300 mm 1st "station" 6 sets of half cutting tools 2nd "station" 7 sets of creasing tools to make a W shape 3rd "station" 7 sets of circular knives Table with side alignment & with push system Speed controlled by means of a spead pulley Available Direct

Iberica TR-105 F Die-cutter Low working hours

Year: 2004

Max. paper length 75 cm
Possible actions Die Cut
Max. paper width 105 cm
Max sheets/hour 9000

Die cutting machines, embossers and hot foil machines all belong to the category of Printing machines on Exapro. Below, individual subcategories of machines are described in greater details.


Paper embossing is used to create raised relief patterns and designs on paper and cardboard. Embossers provide a raised effect on a selected sheet of paper. Two dies are used in combination to create a raised and recessed surface. Those 2 dies fit into one another and the embossing procedure goes as follows. When the paper is pressed between the dies, the raised die is forcing the stock into recessed die. This is how the three dimensional impression is created. Pressure squeezes paper fibers to make them permanently raise in certain areas.

Hot foil stamping machines are placed in one category with embossing machines or embossers, since they are often used in combination.

A specific level of pressure is applied to the dies in order to squeeze the fibers of the paper, which results in a permanently raised area in the paper.When the dies are produced, a die maker engraves the desired image into several metal plates, which are the embossing dies for use on an embossing press. A thorough understanding the process will enable a more successful result. Generally, embossing is the process most often employed to attract attention or convey a high quality textural contrast in relation to the surrounding area of the paper stock.

Embossing is basically used to create a distinctive effect. The greatest concern and emphasis on the client's behalf should be placed on the outcome of the embossed effect. In order to achieve the best possible effect, it is important to understand the embossing process and the types of dies that are used for embossing.The three factors that need to be controlled during the embossing process are:
  1. Pressure: the intensity of the impact on the weight of the stock being embossed.
  2. Heat: the ability to maintain a consistent heat level for the best impression.
  3. Die depth: the client's artwork or the engraver's efforts will initially determine the die depth, however, if by looking at the artwork it appears that an adjustment of the die depth may be necessary, the die may need to be retooled to achieve a greater depth. Most types of paper can be embossed, and size is not normally a consideration. Embossing without ink, so that the image is raised but not colored, is called "blind embossing". Embossing used in conjunction with ink, so that the raised area is colored, is called "color register embossing". Embossing used in conjunction with foil stamping is called "combination stamping" or "combo stamping".
Embossing involves a separate stage in the production process, after any varnishing and laminating. It requires a separate press run, and is priced accordingly. In addition to being used as a design element, embossing can be used to improve the performance of paper products like napkins, diapers, and tissue paper.

Die cutting

Die cutting can be described as a process of cutting different shapes out of paper, foil, rubber, cloth etc. Also called shearing, die cutting process is applied for low-strength materials only, such as paperboard, fiber, tape or foam. First invented in the middle of the 19th century, nowadays die cutting technique is sophisticated enough to allow cutting through a layer of laminate. Among the most common items manufactured using die cutting technique are labels, stamps, stickers and even envelopes.

Rotary die cutting

There is a special name for die cutting performed using a cylindrical die on a rotary press - it's called rotary die cutting. What's the difference between rotary and normal die cutting? In rotary die cutting a long sheet of material is fed through the press into a working area. Working area holds a rotary tool responsible for cutting shapes out of the material. It can also make perforations in the material or cut it into smaller pieces.

Related subcategories

  • Paper and board machines - Sheeters / cut size
  • Paper and board machines - Winders / rewinders / unwinders / slitters