Toggle Clamps & Accessories

Manual Swing Clamps are easy-to-use options for fixture building/testing, welding and assembly operations in the industrial, aerospace, and automotive markets. They provide quick swing-and-clamp movement for increased productivity. The new Manual Swing Clamps feature an enclosed cam track that can clamp and toggle-lock in the pull down closed position. They also feature a detent that holds the clamp in the open position in order to prevent unwanted movement.

Manual Vertical Hold Down Clamps save valuable space without sacrificing holding capacity or clamp performance. A cushioned vinyl handle grip provides improved user comfort and all body and linkage components are zinc plated to resist corrosion.

Manual Vertical Hook & Latch Hold Down Clamps operate on a horizontal plane allowing two faces to be fastened together on the same plane or at 90 degrees. These clamps have a low profile for applications having a height restriction.

Manual Horizontal Hook & Latch Clamps operate on a horizontal plane allowing two faces to be fastened together on the same plane or at 90 degrees. These clamps have a low profile for applications having a height restriction.

Manual Push Pull Clamps have a single hole threaded mount to permit rotation in any direction. This design allows complete flexibility in the fixture in a compact design while securely holding materials in place during production.

Manuel Plier Clamps have a pivoting jaw to allow a large depth when clamping awkward profiles. The jaw spindle can be pre-set during repetitious action to achieve the optimum clamping distance and pressure.

Horizontal Manual Hold Down Clamps have a low height design, cushioned handle grip, and zinc plated components to resist corrosion. The handle and hold down bar move in opposite directions to provide secure holding capacity.

Manual Through Hole Push Pull Clamps have a single hole threaded mount to permit rotation in any direction. This design allows complete flexibility in the fixture in a compact design while securely holding materials in place during production.

Flat Tip Bonded Neoprene Spindle Assemblies provide an alternative choice to the spindle provided with the toggle clamp. The steel spindle is durable while the flat neoprene tip minimizes marking fragile or polished surfaces.

Cone-Tip (Head?) Bonded Neoprene Spindle Assemblies provide an alternative choice to the spindle provided with the toggle clamp. The steel spindle is durable while the neoprene cone-tip minimizes marking with minimal clamping contact.

Manual Spring Clamps act as extra hands for use on wood, metal, fabrics, plastic, or anywhere spring pressure is adequate. The handles are designed for fast application and removal during repetitive processes or where efficiency is important.

Flat Head Spindle Assemblies provide an alternative choice to the spindle provided with the toggle clamp.

Hex Head Spindle Assemblies provide an alternative choice to the spindle provided with the toggle clamp. These assemblies have a stainless steel, steel, or nylon bolt that acts as the spindle cap and is supplied with two jam nuts.

Swivel Foot Spindle Assemblies are ideal for use where a large area needs clamped. Use this alternative spindle assembly when the clamping force needs to be spread over a larger area and surface area than covered by the spindle provided with the toggle clamp.

Polyurethane Cone Head Spindle Caps attach to head of the spindle assembly on toggle clamps. Internal threads allow the caps to be screwed onto the spindle. The polyurethane material has good memory, high oil resistance, and abrasion resistance.

Neoprene Rounded Spindle Caps attach to head of the spindle assembly on toggle clamps. Two attachment styles of rounded caps are available including slip-on for hex head spindles and slip on to fit the threaded end of a spindle.

Bolt Retainers are welded onto solid toggle clamp hold down bars after securing the spindle assembly with jam nuts. These bolt retainers are available for 1/2” – 5/8” spindle diameters.

U-Bar Hook & Arm Assemblies are ideal for latching applications on molds, doors, lids, access covers, drums, and containers. Made of steel or stainless steel, U-Bar assemblies are supplied with two jam nuts.

Plunger Spindle? Assemblies for Straight-Line Clamps automatically compensate for variations in part thicknesses. These assemblies are designed to be mounted to plunger clamps.

Flanged Washers are used with U-Bar clamps for securely latching applications on molds, doors, lids, access covers, drums, and containers. Flanged washers are available in durable steel or stainless steel.

J-Hook assemblies are ideal for latching applications on molds, doors, lids, access covers, drums, and containers. Made of steel or stainless steel.

Bolt-on Horizontal Latch Plates work with pull action latch clamps to provide a positive gripping power and lock the connection. These clamps are made of durable steel or stainless steel.

The Actima clamping device is self-locking and designed for smooth, precise clamping that is both repeatable and very forceful. It can be used for thrust or tension clamping, and is ideal to build into clamping fixtures, such as a teeter-totter. The version with transverse axis features a pin crossing the central bore of the thrust plunger. The pin can be used as a connecting point for a tension clamping linkage, or it can be used to support a small diameter shaft for thrust clamping. The through hole version features a central bore that is completely open and unobstructed. This is the simplest version, often chosen for thrust clamping. The clamping plunger of every Actima clamp as a travel of 12 mm. For 10 mm of that travel, movement is quick and free. During the final 2 mm of travel, movement is dramatically slower and the clamp becomes self-locking. The location of 2 mm self-locking phase determines whether the Actima is ideal for thrust or tension clamping. In the thrust clamping version, the plunger rises quickly out of the clamp body and slows at the end of its travel. The 2 mm of slow, self-locking travel is highlighted in red in the drawing. The pull version is designed for tension clamping. The plunger starts fully extended, and falls rapidly into the body of the clamp. The 2 mm zone of slow, self-locking travel occurs close to the body of the clamp, just before it is fully retracted.