Wixroyd’s comprehensive range of machine elements, standard parts, access components and work holding equipment contains a broad selection of sizes in materials including; stainless steel, steel, die case zinc as well as plastic. With a high commitment to stock, Wixroyd can offer next day delivery on most products. CAD models are available for Wixroyd components – visit CAD download. For a free copy of the latest Wixroyd catalogue, the designers indispensable guide to a range of endless possibilities, visit free literature.
Wixroyd are trusted by some of the best known design and manufacturing companies - helping them design, manufacture and assemble their products. Let our technical engineers assists you solve your unique application challenge.
Pneumatic toggle clamps with horizontal cylinder attachment. Magnetic piston for end-position sensoring.
Pneumatic toggle clamps with horizontal cylinder. Magnetic piston for end-position monitoring.
Pneumatic toggle clamps with horizontal cylinder attachment. The consol is self-supporting and must be clear of other surfaces.
Our heavy duty horizontal pneumatic toggle clamps are made from carbon steel. Ideal for installation in material handling lines.
Ideal for installation in material handling lines and special purpose machines. Opening and closing of clamp can be controlled electronically.
Our vertical pneumatic clamps are made from zinc plated steel. Magnetic piston for end-position sensoring.
The force transmitted to the workpiece by the toggle clamp's closed arm, without itself being deformed when machine forces are applied.
Holding force value is dependent upon proximity of the measuring point to the toggle clamp's pivot point (hence two values, f1 and f2 provided).
The force applied to the workpiece when toggle clamp's arm is closed. Clamping force can only be stated for pneumatic toggle clamps, clamping forces of manual clamps can not be correctly measured as it is dependant upon the operator.
For pneumatically controlled toggle clamps only, f5 is the piston force required to achieve the stated clamping force.