Cutting and slitting
Blades, wires, lasers or water jets divide a big piece into many smaller ones.
222 lines that use it
Acrylic
Adhesive bandage
Airbag
Aluminum foil
Aluminum window frame
American football
Asphalt shingle
Backpack
Bacon
Baguette
Banknote
Baseball
Baseball bat
Baseball cap
Basketball
Beef jerky
Bicycle
Bike helmet
Board game
Bolt
Book
Bread
Brick
Button
Camera sensor
Candy cane
Canned soup
Canned tuna
Caramel
Cardboard
Cardboard box
Carpet
Cattle hide
Ceiling fan
Chain-link fence
Cheddar
Cheese
Chess set
Chewing gum
Chicken nuggets
Chopsticks
Clear adhesive tape
Clothespin
Coffee mug
Container ship
Copra
Cotton candy
Cricket bat
Croissant
Curtains
Cut diamond
Dental floss
Desk globe
Dice
Dishwasher
Disposable diaper
Double-glazed window
Dress shirt
Drill bit
Drumstick
Drywall
Duct tape
Dumbbell
Electric guitar
Electrical transformer
Envelope
Eraser
Eyeglass lens
Faucet
Fish sticks
Fishing rod
Flag
Flying disc
Fountain pen
Frozen french fries
Glass bottle
Glass jar
Glass marble
Golf club
Granite
Granite countertop
Granola bar
Ham
Hammer
Hardwood flooring
Heart stent
High heels
Hiking boots
Hockey puck
Hoodie
Hook-and-loop fastener
Hot dog
Ice skates
Imitation crab
Inflatable pool toy
Instant noodles
Jarred salsa
Jeans
Kimchi
Kitchen sponge
Kite
LCD screen
Leather belt
Leather gloves
Leather handbag
Leather shoe
Leather wallet
LED
Leggings
Lithium-ion cell
Lumber
Marble
Marshmallow
Match
MDF
Mica
Microchip
Mirror
Mozzarella
Nail
Newspaper
Olives
Onions
Paper
Paper bag
Paper cup
Paper straw
Paperclip
Parmesan
Pasta
Pencil
PET plastic
Petroleum coke
Pillow
Plastic
Plastic straw
Plastic wrap
Playing cards
Polyester
Polyethylene
Polypropylene
Polyurethane
Popsicle stick
Potato chips
Pressure cooker
PVC pipe
Railroad rail
Raincoat
Razor blade
Rebar
Rubber band
Rubber boots
Safety pin
Sanitary pad
Sauerkraut
Sausage
Saw blade
Saxophone
Screw
Sewing needle
Shoelace
Silicon wafer
Silk tie
Skateboard
Ski
Smartphone cover glass
Sneaker
Snowboard
Soccer ball
Sofa
Solar cell
Solar panel
Sprinkles
Stained glass
Stainless steel
Stainless steel fork
Stainless steel water bottle
Staple
Steel chain
Steel I-beam
Steel pipe
Steel scrap
Sticky notes
Styrofoam
Subway train
Sunglasses
Superabsorbent polymer
Surfboard
Swimsuit
T-shirt
Tailored suit
Teddy bear
Tennis ball
Tennis racket
Timber
Tin can
Tinplate
Toffee
Toilet
Toilet paper
Toothbrush
Toothpick
Trading cards
Ukulele
Umbrella
Underwear
USB cable
Vinyl flooring
Vinyl record
Volleyball
Wet wipes
Wheelbarrow
Wheelchair
Whitefish
Window glass
Windshield
Wood pulp
Wooden spoon
Wrench
Yoga mat
Zip-top bag
Zipper
What it looks like on the line
- BaconSlice into rashers. High-speed slicers cut the bellies into thin strips, and the slices drop in overlapping rows onto paper.
- ToothpickPeel a paper-thin sheet. The log is spun against a row of blades that unravel it into a continuous sheet about a millimeter thick, in the same way a paper towel unrolls.
- ChopsticksCut the blanks. At the chopstick factory the blocks are sawn into long thin rectangles. A disposable blank is the width of a whole pair, with a groove along the middle that leaves the halves joined.
- Glass jarShear off a gob. Molten glass runs from the furnace in a stream. Shears snip it into glowing lumps called gobs, each carrying the weight of one jar.
- T-shirtCut out the panels. Blades cut layers of fabric into the front, back, sleeves and neck rib. The shape that gives the shirt its name is a T.
- BicycleCut the frame tubes. Tubes are cut to length and mitered to fit one another. Many are butted, meaning the walls are thicker at the ends where the stress is highest.
- Sticky notesStack and trim. Panels stack with their glue stripes lined up, so each sheet holds to the next, and trimming cuts the block into finished pads.
- FaucetSaw the casts apart. Saws separate the joined bodies and take off parts needed only for casting. Sawing waste goes straight back into the furnace, and machining chips return to the brass supplier.
- Leather walletDie-cut the pieces. Cutters read each skin for scars, insect bites and wrinkles, then place every part to dodge them or hide small flaws under a seam. A die in an arm press or bridge press stamps out the shape. Small parts are nested beside large ones, so only millimeters of scrap remain.
- MicrochipSaw and wire up. The wafer is cut into individual dies. Each good die is connected to a package with fine aluminum or gold bond wires, or flipped over onto bumps, and tested again.
- Silicon waferSaw the boule apart. The finished cylinder can reach two meters in length and weigh several hundred kilograms. A wire saw slices it into thin disks, and the quartz crucible is usually thrown away after one ingot.
- PaperclipSnip each length. A cutter severs a length for one clip. In one patented Gem machine, the blade first cuts only partway so the wire stays gripped while the first loops form, then finishes the cut.