Arrange the included pins in a series of holes to position a part at any angle and hold odd-shaped parts securely.

Hold workpieces steady with these vise jaws—they work with slot-mount workstops so you can quickly position, adjust, and change out your workpieces.

Hardened for wear resistance, these steel jaws are replacements for the ones that come installed on your vise.

Significantly cut down on jaw changeover time—this two-part system lets you swap out jaws in less than 30 seconds. Mount the jaw plates to the vise and slide the dovetailed jaw stock in and out of the plates.

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.

Store vise handles near your milling machine.

Maintain your vise by replacing seals, springs, and other commonly worn parts.

No need to prepare this material before machining parts in dovetail vises—the dovetails and locating slots are already cut in.

Keep parts in position for machining by mounting these workstops to your vise jaws.

Mount these workstops into slotted vise jaws—they hold workpieces in place and prevent horizontal movement during machining.

Reliably hold workpieces with these basic machine vises.

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

The entire surface of these plates is magnetic to provide a powerful hold for grinding, drilling, and electrical discharge machining (EDM). Pull the handle to switch the magnets on and off.

Sets include multiple sizes of matched pairs that are precision ground for tight tolerances on the top and bottom edges.

Instead of keeping an assortment of parallels on hand, adjust these two-piece tools to your exact height requirements.

Spring-loaded to keep parallels in place on a vise. Also known as parallel separators.

Replace worn drawbars in Bridgeport, Lagun, Wells, and other milling machines.

Install these stops on the quill of a milling machine or drill press to set machining or drilling depth. Depth can be set in one of two ways—by pushing the button and sliding the stop or by turning the nut. Also known as quill stops.

Convert a manual milling machine for horizontal operations. For recesses, pockets, and workpieces that are too large or awkward to fit under a vertical mill, these attachments reduce the need for special tooling and fixturing by turning the spindle 90° so it operates parallel to the ground.

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

Install into a 100-TG collet chuck or holder to tightly grip round-shank tool bits in milling machines.

Install into an ER-20 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.

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

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.

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.

Also known as positive-drive chucks, these chucks mount directly onto a straight spindle for use in high-torque applications.

Mount these arbors into manual milling machines that have an R8 taper spindle.

Each of these sets comes with three differently sized arbors.

Hold and center high-speed steel slitting saws.

Securely grip end mills in machines with a CAT 40 taper spindle.

Extend the reach of an end mill.

Guard 9" and 12" travel Bridgeport milling machines by covering their rear knee/upper column and front knee.

These bellows withstand temperatures up to 500° F—more than twice as much as standard flat bellows.

Slide these bellows over flat moving surfaces on machinery, such as guideways.

Attach the cuff end with a hose clamp, and screw mount the flange end.

Made of coiled spring steel, these bellows protect equipment from hot and sharp chips.

No need to disassemble equipment—these bellows wrap around moving parts. Sewn seams let them breathe, so they retract quickly in fast-cycling applications.

Sewn seams let these bellows breathe, so they retract quickly in fast-cycling applications.

Add cuff inserts to these flexible bellows for a custom fit.

Attach the cuff end with a hose clamp and screw mount the flange end.

Made of FDA listed materials, these rigid bellows are suitable for food and beverage applications.

Thinner than other round bellows with cuff ends, these flexible bellows are meant for light duty applications.

Also known as lift table skirts, these bellows cover the working parts at the base of a lift table.

Slip these bellows over hydraulic cylinder rods to keep them free from debris for a long service life.

Secure a wiper on the end of a ball nut to sweep chips and other contaminants out of the way as it moves across the ball screw.

Slide these protectors over gas springs to keep debris out of their seals.

Also known as quill-feed handles, these handles engage and disengage with a flick of the wrist to speed machining operations—especially when drilling deep holes.

These handles are often used as grips on hand wheels or cranks to operate machinery around food processing lines without the risk of contaminating the food. Install them on a threaded stud.

An easy-to-grip ball knob makes these handles a good replacement for gear levers. Use them to operate machinery.

Press fit one of these handles into a shaft, rod, or hand wheel to operate machinery.

Create custom threads or drill a hole in the side of the hub to secure with a set screw. Long shafts can pass through these hand wheels for mounting versatility. The wheels are solid, so they won't catch hands or material while manually adjusting valves, presses, and machine components.

Create custom threads or drill a hole in the side of the hub to secure with a set screw. The spoked design allows a better grip around the rim than solid hand wheels to manually adjust valves, presses, and machine components.

Tap custom threads or drill a hole in the side of the hub to secure with a set screw. The spoked design allows a better grip around the rim than solid hand wheels to manually adjust valves, presses, and machine components.

Open and close almost any hand-wheel operated overhead valve from the floor. These wheels can also be used to operate hatches, skylights, and other overhead components.

Balanced weight distribution prevents unintentional handle movement, even in high-vibration applications. Mill specific holes or keyways in the hub to meet your specifications or weld in place. Often used on cross-slide tables, these crank handles provide leverage to maximize force for turning and tightening.

Round long shafts can pass through these handles for mounting versatility. Create custom threads or drill a hole in the side of the hub to secure with a set screw. Often used on cross-slide tables, these crank handles provide leverage to maximize force for turning and tightening.

Use these crank handles for applications that involve frequent machinery adjustments. They provide leverage to maximize force for turning and tightening.