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Mount to the top of your workbench.
A removable, heavy duty steel base plate provides a flat, durable clamping surface. Carry it where needed or mount the base plate to your workbench.
Drill a hole to mount these clamps through a surface and secure the mounting flange with screws. The plunger can be locked at any position along its travel.
The plunger can be locked at any position along its travel.
Hold workpieces of different thicknesses without adjustment.
Smaller than standard push/pull toggle clamps, these are often used for electronics and small fixturing applications.
Smaller than standard push toggle clamps, these are often used for electronics and small fixturing applications.
Moving parts are protected by a metal cover when the clamp is engaged to prevent dirt and dust from clogging the clamp.
The handle can be rotated 125° for easier access or extra clearance above the clamp.
Push or pull the plunger to hold your workpiece from the side.
Secure your workpiece from the side by fully extending the plunger, and push a lever to lock the handle in place.
Pull the handle backward to push the plunger forward. These clamps secure when the plunger is fully extended to hold your workpiece from the side.
Push the lever to lock the handle and prevent accidental opening.
Panel mount through a hole with the included nut, or drill and tap a hole to flush mount. A pushing or pulling motion holds workpieces from the side.
Use for repetitive clamping and in production environments or hard-to-reach locations.
The handle locks in a horizontal position for more clearance above the clamp than standard hold-down toggle clamps.
Reduce the chance of getting pinched when unclamping. These clamps have more space between the handle and the arm than other low-profile toggle clamps.
Hold workpieces of slightly different thicknesses with one clamp. These clamps automatically adjust to compensate for imperfections or small inconsistencies on the material’s surface.
Mount these clamps to a bench top or other surface to keep workpieces in place.
Often used when assembling small parts, these small clamps have the holding strength of a full-size clamp.
Weld these clamps to the side of an object or drill your own holes in the mounting plate and bolt into place.
Two sets of mounting holes allow mounting on the bottom or side.
These clamps have mounting holes on the bottom.
Mount the clamp on a lid and the latch plate on the side of a container.
A highly durable construction with hardened steel pivot pins and bushings provides a long service life.
Fit the draw arm over a latch plate and pull the handle to clamp.
Screw these clamps directly into a tapped hole in a fixture.
Mount using the holes in the base.
Hold the workpiece down against a bench or table.
Use the adjustment dials to ensure your work is accurately positioned on X and Y axes.
The dials on these vises are graduated in smaller increments than standard cross‐slide drill‐press vises for finer adjustment. Use to precisely position work on X and Y axes.
Push the handle to slide the jaw into place for quicker setup than standard drill-press vises.
Turn the handle to move the jaw on these basic vises.
Tilt and lock the vise to hold work at any angle up to 90°.
The base and three sides of the vise are ground flat, enabling mounting on its base, either side, or upright.
The jaws move inward at the same time to consistently position your workpiece in the center of the vise.
Compressed air controlled by a foot pedal allows hands‐free operation. Use these vises in production applications with frequent insertion and removal of workpieces.
Reliably hold workpieces with these basic machine vises.
Tilt the head on two axes and rotate the base to position your workpiece at almost any angle.
Designed for precision grinding and inspection, the construction of these vises ensures workpieces are held perfectly square. They are also known as toolmakers’ vises.
Slide 1/4"-20 hex head screws anywhere along the track to create mounting points for clamps and jigs.
Select from a number of speeds by repositioning the drive belt before starting the drill press.
Turn the dial on these drill presses while they are running to get the optimum speed for your job.
To accommodate large, odd-shaped pieces of material, the head of these drill presses moves 12" forward and backward.
The weight and rigidity of these presses prevent vibration so you can maintain close tolerances for high-quality metal drilling.
Use for drilling small holes.
Switch these drills from forward to reverse without stopping—ideal for both drilling and tapping applications.
Keep your fingers and hands protected from your drill bit, drill chuck, and flying chips.
Achieve the accuracy of a drill press when you use these lightweight, portable drill bases with Milwaukee electric drills.
Turn Dremel rotary tools into miniature drill presses.
Drill extremely small holes with a drill press using these adapters. The shank fits into a collet or adjustable drill chuck, and the other end securely holds a wire gauge drill bit.
Also known as positive-drive chucks, these chucks mount directly onto a straight spindle for use in high-torque applications.
Made of stainless steel, these chucks are rust and corrosion resistant.
The integral arbor is more rigid for greater accuracy than a drill chuck used with a separate arbor.
Use the included spanner wrench to tighten the chuck for up to three times the gripping torque of hand tightening.
A ball-bearing design provides increased gripping force to keep bits from slipping, which allows these chucks to take on high-torque drilling applications. Also known as super chucks.
The Morse taper end fits into a machine spindle and the Jacobs taper end is compatible with a Jacobs taper drill chuck.
Insert your Morse taper arbor into one of these extensions to get additional reach.
These arbors with chuck allow drills with a Morse taper spindle to accept standard drill bits.
If your Morse taper arbor is too small or large for your machine spindle, insert it into one of these adapters. Also known as sleeves or shell sockets.
The Morse taper end fits into a machine spindle and the threaded end is compatible with a thread-mount drill chuck.
For better control when drilling small holes with a drill press or milling machine, the attachment on these arbors lets you apply light feed pressure with your fingers while the machine rotates the bit.
One end is made of soft steel that can be machined to an exact size and shape; the other end is a Morse taper that fits into a machine spindle.
Secure a hole saw to a drill or drill press with one of these arbors and use the built-in pilot drill to guide the hole saw.
Switch hole saws without using adapters or special tools.
Attach taps to auto-reversing tap holders for Jacobs taper shanks.
Use to attach taps to Procunier auto-reversing tap holders.
Mount large-diameter reamers to your drill press or other machine with these arbors.
Install one of these holders into a straight machine spindle to drive a round die.
Also known as tap chucks, these fit into machines that have a Morse taper spindle.
Though not as bright as our miniature fiber-optic lights, these lights have built-in LEDs that last longer, are more efficient, and are more affordable.
Gooseneck arms can be repositioned faster and more easily than articulating arms.
These lights cast a narrower beam than other gooseneck-arm machine lights. Reposition them faster and more easily than articulating-arm lights.
Faster and easier to reposition than articulating-arm lights, these gooseneck-arm lights attach to your workspace for additional lighting.
These lights cast a narrow beam of light. With a gooseneck arm, they are faster and easier to reposition than articulating-arm lights.
Illuminate workstations, enclosures, and machines.
Mount near a machine to deflect debris away from the immediate area. Guards swing in and out as needed.
Mount near a machine to deflect debris away from the immediate area. Guards bend and twist in any direction.