s used in industries can exert 150 tons of pressure. The die cutting machine uses this pressure to cut through stacks of paper. It is important to stack the paper in the right place to reduce chances of any defects.

Die cutting technology has evolved over the years and is expected to add new systems and innovations i

Paper is cut in various shapes and sizes using die cutting methods. Envelops, greeting cards, cardboard boxes, tickets, bills and receipt books are some paper-based products that use die cutting methods and processes. Currency bills are also cut using this process.

In the steel rule die cutting process, sheets of paper are cut across a straight line using knife edged cutting blades. The rotary process uses blades made from tungsten carbide to cut different shapes into sheets of paper. Creasing, perforation and slitting required for some paper products can also be done using any of the two methods.

Hundreds of paper sheets are fed in the die cutting machine at a time. Revolving rollers in the machine push the stack of paper against the die, which cuts the paper into the desired format. In the rotary die cutter process, paper is cut into different shapes. Round cornering, hanger oval, tab cut-for folders, cardboard box cuts and envelope window cuts are done by the rotary die cutter process. Almost any shape can be created and used to make new paper products. The cuts made through these processes are smooth and do not affect the quality of final product.

Paper is also cut using metal presses. Small presses can exert pressure equivalent to 20 tons while big presses used in industries can exert 150 tons of pressure. The die cutting machine uses this pressure to cut through stacks of paper. It is important to stack the paper in the right place to reduce chances of any defects.

Die cutting technology has evolved over the years and is expected to add new systems and innovations in

er are cut across a straight line using knife edged cutting blades. The rotary process uses blades made from tungsten carbide to cut different shapes into sheets of paper. Creasing, perforation and slitting required for some paper products can also be done using any of the two methods.

Hundreds of paper sheets are fed in the die cutting machine at a time. Revolving rollers in the machine push the stack of paper against the die, which cuts the paper into the desired format. In the rotary die cutter process, paper is cut into different shapes. Round cornering, hanger oval, tab cut-for folders, cardboard box cuts and envelope window cuts are done by the rotary die cutter process. Almost any shape can be created and used to make new paper products. The cuts made through these processes are smooth and do not affect the quality of final product.

Paper is also cut using metal presses. Small presses can exert pressure equivalent to 20 tons while big presses used in industries can exert 150 tons of pressure. The die cutting machine uses this pressure to cut through stacks of paper. It is important to stack the paper in the right place to reduce chances of any defects.

Die cutting technology has evolved over the years and is expected to add new systems and innovations i

in the die cutting machine at a time. Revolving rollers in the machine push the stack of paper against the die, which cuts the paper into the desired format. In the rotary die cutter process, paper is cut into different shapes. Round cornering, hanger oval, tab cut-for folders, cardboard box cuts and envelope window cuts are done by the rotary die cutter process. Almost any shape can be created and used to make new paper products. The cuts made through these processes are smooth and do not affect the quality of final product.

Paper is also cut using metal presses. Small presses can exert pressure equivalent to 20 tons while big presses used in industries can exert 150 tons of pressure. The die cutting machine uses this pressure to cut through stacks of paper. It is important to stack the paper in the right place to reduce chances of any defects.

Die cutting technology has evolved over the years and is expected to add new systems and innovations i

re done by the rotary die cutter process. Almost any shape can be created and used to make new paper products. The cuts made through these processes are smooth and do not affect the quality of final product.

Paper is also cut using metal presses. Small presses can exert pressure equivalent to 20 tons while big presses used in industries can exert 150 tons of pressure. The die cutting machine uses this pressure to cut through stacks of paper. It is important to stack the paper in the right place to reduce chances of any defects.

Die cutting technology has evolved over the years and is expected to add new systems and innovations i

s used in industries can exert 150 tons of pressure. The die cutting machine uses this pressure to cut through stacks of paper. It is important to stack the paper in the right place to reduce chances of any defects.

Die cutting technology has evolved over the years and is expected to add new systems and innovations in the years to come. Smaller versions of die cutting machines are also available for use in domestic households. These can be used to make different paper products like greeting cards, identity cards, visiting cards, and other articles for personal use.