Products
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Processes
- Binding
- Collating
- Corner cutting
- Creasing
- Cutting
- Cutting to size
- Die-cutting
- Edge painting
- Flocking
- Foil stamping
- Folding
- Gluing
- Grommeting
- Hole drilling
- Hole punching
- Hot Stamping
- Laminating
- Numbering
- Padding
- Perfect binding
- Perforating
- Round cornering
- Saddle stitching
- Sealing
- Spiral binding
- Stapling
- Tabbing
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Operations
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- Blistering or cockling
- Blowing in dryers
- Breaks, dryer section
- Build-up on dryers
- Curl in paper
- Cutting in dryers
- Dimensional stability
- Dryer area defects
- Dryer felts
- Dryer temperature control
- Dryer wraps
- Drying uniformity
- Evaporation rate, maintaining
- Felt tension control
- Hot dryer bearings
- Moisture streaks in dryers
- Over-drying
- Shrinkage control
- Uneven drying
- Air in the system
- Blotches in the sheet
- Breaks, wet end
- Crush
- Dirt in the sheet
- Drainage varying
- Grainy edges, reduction
- Holes in the sheet
- Pinholes, reducing
- Sheet sealing
- Stock jumping
- Stock skating on wire
- Stock sticking to wire
- Strings, elimination
- Watermarking with ring
- Wet/dry line moving
- Wire marks
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- Breaks, press section
- Bulk improvement
- Crushing, press
- Leaking doctor blades
- Moisture profile
- Peeling, press rolls
- Pickup problems
- Pitch on doctor blades
- Press cuts/wrinkles
- Press picks
- Rewet problems
- Shadow marking
- Sheet blowing, press nips
- Sheet crushing
- Sheet following top press rolls
- Sheet stealing
- Vibration at press
- Water removal (CD)
- Water removal, wet press
- Wrinkles, press section
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- Annular rings
- Baggy rolls
- Bursting or cracked rolls
- Cleaner slitting
- Corrugations
- Corrugations, winders
- Defective splices
- Dust in rolls
- Dust in the rolls
- Good roll condition, off winder
- Hard and soft spots/ridges
- Interweaving
- Loose cores
- Loose paper, in roll
- Nicked edges
- Out-of-round rolls
- Reel or roll quality
- Rewound roll quality
- Run-in of slit rolls
- Shipping roll characteristics
- Snap-offs
- Soft edges
- Starred rolls
- Telescoping
- Turned edges
- Variable density rolls
- Winder cracks
- Winding requirements
- Wrinkles, winder
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Pulp & Paper Manufacturing
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Companies
Cutting is a process in which large sheets of paper are cut into smaller sizes or shapes. This can be done using a variety of tools, such as guillotine cutters, rotary cutters, or laser cutters. Cutting is an important step in the paper finishing and converting process, as it allows for the creation of custom-sized or shaped pieces of paper that can be used for a variety of purposes.
Once the paper has been cut, it can be used for a wide range of applications, from printing and packaging to crafting and art projects. The ability to create custom-sized or shaped pieces of paper is especially important in the printing industry, where different print jobs may require different paper sizes and shapes.
Guillotine cutters are one of the most common tools used for cutting paper. They consist of a blade that is mounted on a lever arm and a flat surface for the paper to rest on. The blade is lowered onto the paper, cutting it cleanly and precisely.
Rotary cutters work in a similar way, but use a circular blade that rotates as it is pushed across the paper.
Laser cutters are a more advanced cutting tool that use a high-powered laser to cut through the paper. They are capable of cutting intricate shapes and designs with a high degree of precision. Laser cutters are commonly used in the production of invitations, stationery, and other high-end paper products.
No matter which cutting tool is used, it is important to take proper safety precautions. Cutting machines can be dangerous if not used correctly, and operators should always wear protective gear, such as safety glasses and gloves, to avoid injury.
In summary, cutting is an essential process in the paper finishing and converting industry, allowing for the creation of custom-sized or shaped pieces of paper. With the use of various cutting tools, operators can cut the paper cleanly and precisely, producing high-quality results for a variety of applications.