We will reply to your message within an hour.
The jaws have V-notches in 1/4" increments to measure the depth of bends.
Offset handles allow you to use these tools in tight spaces.
Rounded jaws reduce damage to aluminum and other lightweight metal.
These tools lock onto your material to prevent them from opening while bending and crimping.
Turn your impact driver into a power crimper, and create raised edges on sheet metal more quickly than hand crimpers.
These tools have five blades and compound-leverage action for more power with less effort than other crimpers.
Create a raised edge in sheet metal that locks into the rolled edge of another piece.
Reinforced construction lets these benders handle thicker material than bench-top benders.
Shape sheet metal using your bench vise as a sturdy base.
Position the movable forming dies, also known as fingers, to make boxes, trays, and pans in different widths.
Open sheet metal seams without cutting. The jaws slide under seams to pry the sheets apart.
Make deep folds in roofing panels and other large pieces of sheet metal.
Fold corners in flat metal sheets to create your own bin boxes, drip pans, and other three-dimensional objects. Similar to tucking the corners of a bedsheet, these benders twist and wrap the metal into triangle-shaped folds to form corners.
Pull and pinch metal extrusions, such as L-channels, so they fit precisely around contoured edges and frames.
Create long, uniform folds on the edges of sheet metal.
Make bends up to 90° in metal sheets.
Make bends up to 135° in metal sheets. Benders have a clearance of 4" for insertion and removal of large workpieces such as vehicle panels and duct work.
Bend wire and rod up to 1/2" diameter and flat stock up to 1/4"×1" with these rugged steel benders.
Bend wire and rod up to 3/8" diameter and flat stock up to 1/2"×3/16".
Create squares, coils, and S‐shapes.
Also known as ring rollers, these curvers shape wire, rods, and flat stock into curves and circles.
These air-powered tools remove dents, smooth out ridges, and shape sheet metal more efficiently than manual hammers.
Pull dents out of sheet metal panels.
Hammer and shape metal on these anvils.
Hammer sheet metal into rough shapes using these forming bags as a stabilizing base.
Also known as body and fender tools, these hammers are excellent for forming and repairing dents in sheet metal components.
This cutter has two blades that cut a 1/8" wide strip—peel it back for smooth edges with little distortion.
Prevent waste from flying up as you work. A double blade makes two cuts to create a 7/64"-wide step that peels back, leaving little distortion and smooth edges.
A double hinge provides high cutting force with low gripping pressure. These cutters are also known as aviation snips.
Snip tighter curves in smaller spaces than standard high-force cutters.
Make straight and curved cuts in sheet metal—these sets come with three tools for different cutting patterns. Also called aviation snips, they have a double hinge, so they cut with more force and require less effort to squeeze the handles than standard sheet metal cutters.
Keep your hand away from the material being cut.
Blades are high-speed steel so they stay sharp longer than steel blades, and they can be sharpened.
The handles are angled 90° from the blade so you can cut material from directly above tight spaces.
Also known as bulldog snips, these have long handles and short blades for cutting through thick sheet metal with less effort than standard sheet metal cutters.
Also known as tinners' snips, these cutters make straight cuts and curves.
Blades are tapered to give you more control when cutting straight lines, tight curves, and circles, and they're serrated to prevent slipping. These cutters are also known as duckbill snips.
Replace blades as they wear. These cutters are also known as tinners' snips.
Made from aluminum bronze, the blade and handle on these cutters inhibit sparking and are FM approved. Use them for straight cuts.
Handles are angled to keep your hand away from the material as you cut straight lines and curves.
Loosen a few screws to swap dull blades with new ones. These cutters have offset handles to keep your hands clear of the metal being cut.
The unique shape of these cutters gives you 40% more power per cut than standard sheet metal cutters. When blades get dull, loosen a few screws to replace them.
Sized and shaped like pliers, these sheet metal cutters are small enough to fit in your tool belt.
Cut up to 1" deep V-shaped notches in sheet metal.
Notch, cut, and pierce a variety of materials including metal, plastic, and vinyl.
Trim flush against a flat surface with the curved blades on these small scissors.
These small scissors have narrow, sharp tips for fine cutting and trimming.
Short blades make these scissors easy to maneuver in cramped areas for small, detailed cuts less than an inch long.
Prevent snags and injury with the rounded points on these small scissors.
S-shaped handles keep your hand clear of material, so you can cut flush against flat surfaces.
Make clean cuts through duct tape and other sticky materials.
Cut and strip wire in tight spaces with the compact tips on these scissors.
Cut through the strong fibers of Kevlar.
For extra leverage to cut through Kevlar, metal, and plastics, these scissors have long handles and short blades.
Protect sensitive equipment from harmful static discharges while cutting and stripping wire.
Also known as electricians' shears, the back edge of the blade has a file to clean contacts.
After each cut, the jaws spring open to make continuous cutting easy.
Insulated handles protect against shock from accidental contact with live electrical circuits. These scissors are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
Remove burs from both sides of sheet metal edges.
Place the tool over your tube and twist to deburr.
Triangular blades deburr the edges of small holes.
Carry these slim-handled tools comfortably in your pocket.
Smooth the edges of cut conduit and screw in fittings with a single hand tool.
A clamp lets you change the length of the blade.
Also known as machinist's scrapers, these tools remove material and smooth edges on a workpiece.
Slide the blades on these scrapers along a workpiece to smooth edges or remove material. They are also known as machinist’s scrapers.
Use with blades that have a 0.1" shank and trade numbers with a prefix of B.
Use with blades that have a 0.125" shank and trade numbers with a prefix of E, S, or EX.
To save time and effort, these scrapers have a ratcheting mechanism to smooth the edges of tubes and holes without removing and repositioning the scraper. Replace the blade when it’s dull, or change it with a different blade style.
Use with blades that have a 0.1" shank and trade numbers with a prefix of B or N.
These sets come with a handle and multiple blades. Switch them out to suit your application.
These sets include four handles and four blades.
The long blades on these scrapers are designed for frequent use, and colored handles make them easy to see and keep organized.
Colored handles make these tools easy to see and keep organized.