Clamp up to three workpieces at 90° angles. Press a button to move the threaded holding screws in or out. The third axis clamping arm swings out of the way for material removal. The screws are copper plated to resist weld spatter.

With five times the capacity of standard corner clamps, these secure two workpieces at a 90° angle. They have a pivoting clamping surface to hold materials of unequal thicknesses simultaneously. The screw is copper plated to resist weld spatter.

Support workpieces at the exact height you need for inspection, milling, or grinding. These V-blocks combine the precision of shims and blocks with the adjustability of a screw jack. They help you keep workpieces level, even when the ends are uneven. Turn a dial to move the surface of each block up or down in 0.001” increments, then lock it in place with a set screw. Made in pairs, these blocks are ground to tight tolerances for grooves that are centered and parallel with the base. They’re hardened iron for durability and dent resistance.

Clamp much farther in from the edge of the workpiece than with standard bar clamps. The clamping arm slides freely along the bar for quick, one-handed positioning. Use the handle for final tightening.

All adjustments can be made from one end, allowing clamping in tight spaces. Place the arms on a pipe that is threaded at one end and at least 12" long to create your own bar clamp. The clamping surfaces have removable plastic pads that prevent damage to material. These are also known as pipe clamps.

Set these V-blocks onto a magnetic chuck or plate to lock metal workpieces in place—no fussing with clamps or bolts. Made of alternating layers of iron and stainless steel, these blocks conduct the magnetic field through their body and channel it straight into your workpiece. They’re often used to cradle rods, shafts, and irregularly shaped parts during grinding and inspecting. Each layer is entirely fused together with copper brazing, so you can machine these blocks without the layers separating. Compared to blocks made from aluminum or brass, these blocks are harder and more dent-resistant, so they hold their shape over time.

Place the arms on a pipe that is threaded at one end and at least 12" long to create your own bar clamp. Turn the handle to tighten. The clamping surfaces have removable plastic pads that prevent damage to material. These are also known as pipe clamps.

Stabilize long workpieces for precise machining. These tailstocks hold your workpiece by its end to keep it straight and aligned. Adjust the center height to use them with a variety of rotary tables, indexing heads, and other fixture setups. Made of cast iron, they resist vibration and wear, so they’ll hold up to heavy duty machining tasks.

When high precision isn’t critical, choose these V-blocks to hold and position round workpieces. Made from cast iron, they’re a solid, stable choice in high vibration areas. They’re made in pairs to ensure their height, faces, and grooves match, so your workpiece sits level and parallel across both. However, they’re not machined to the same tight tolerances as steel and granite V-blocks. They’re also not as strong as steel under heavy loads, so they may deform or crack over time.