Select from a number of speeds by repositioning the drive belt before starting the drill press.

The weight and rigidity of these presses prevent vibration so you can maintain close tolerances for high-quality metal drilling.

To accommodate large, odd-shaped pieces of material, the head of these drill presses moves 12" forward and backward.

Use these metric cutters with magnetic-base drills. Also known as annular cutters.

Use these inch size cutters with magnetic-base drills.Also known as annular cutters.

Design and machine small parts for rapid prototyping. Similar in size to a desktop printer, these CNC machines mill plastic, wood, copper, aluminum, and other soft metals up to 8" × 8" × 3" in size. Compared to manual milling machines, they are faster, more consistent, and able to create more complex shapes; however, they are not for production-scale work.

Use the adjustment dials to ensure your work is accurately positioned on X and Y axes.

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 vise body and stationary jaw are one piece for high repeatability, even under heavy clamping loads. Ground flat on the base and three sides, these vises ensure accuracy whether mounted on the base, either side, or upright.

Designed to hold your part on 4- and 5-axis milling machines, these vises provide rigid clamping while exposing five full sides of the workpiece. This allows even complex parts to be completed in a single operation. You must cut a dovetail into your material before the vise can grip it.

Tilt the head on two axes and rotate the base to position your workpiece at almost any angle.

Compressed air controlled by a foot pedal allows hands‐free operation. Use these vises in production applications with frequent insertion and removal of workpieces.

Use these collets to securely hold round-shank tool bits in the R8 spindle of a milling machine.

Install into an ER-16 collet chuck or holder to tightly grip round-shank tool bits in milling machines.

Use these collets in milling machines that have an ER-25 collet chuck. With a round face and adjustable body, they compress to grip round-shank drill bits, end mills, reamers, and taps.

Use these collets to securely hold round-shank tool bits in the R8 spindle of a milling machine.

Install a 5C collet into one of these chucks to hold a workpiece for machining parallel or square edges and drilling crossholes.

The Morse taper end fits into a machine spindle and the threaded end is compatible with a thread-mount drill chuck.

The Morse taper end fits into a machine spindle and the Jacobs taper end is compatible with a Jacobs taper 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.

Use the included spanner wrench to tighten the chuck for up to three times the gripping torque of hand tightening.

The integral arbor is more rigid for greater accuracy than a drill chuck used with a separate arbor.

Extend the reach of an end mill.

Hold end mills, drills, and reamers securely in manual milling machines that have an R8 taper spindle.

Hold and center high-speed steel slitting saws.

These arbors are designed to absorb vibration.

Mount large-diameter milling cutters securely in Bridgeport and similar milling machines that have an R8 taper spindle.

Install one of these holders into a straight machine spindle to drive a round die.

The bristles are twisted all the way to the end so they’re more rigid and clean fastest.