Industrial handles and industrial pulls are hardware components that are grasped by hand and manipulated to perform a service. They are used with machinery and industrial metal cabinetry. Industrial handles and industrial pulls are usually made from metal, plastic, or rubber. A variety of colors and finishes are available. Important measurements include height and handle length. Two-pointed industrial handles and pulls vary in terms of the center spacing of the bores or studs that hold them in place. Tapered handles and pulls differ by either the overall diameter of the rounded knob, or the largest width of several non-circular knobs. Mounting styles for industrial handles and industrial pulls incorporate threaded or unthreaded bores, studs, and holes. In some devices, the mounting hole extends through the height of the handle or pull and is accompanied by a counter bore.

Many types of industrial handles and industrial pulls are available. Adjustable handles or clamping handles pull up to disengage and include a stud that remains stationary, allowing the handle to be moved to the desired position. Crank handles, which are used as operating or positioning elements, feature a handle at the end of a sturdy crank arm. Extruded pulls (pull plates, ledge handles) are surface mounted devices with an extruded pull surface. Chest handles are also surface mounted; however, some flush mounted devices are available. Flush pulls (cove handles, recessed handles) provide a recessed “cove” for gripping the handle. Lever handles are often spring-loaded so that they return to their original position after use. Pullout carrying handles are used for instruments and cases. Control levers are designed for electric and electronic equipment. Tapered handles are suitable for machine shift levers while ratchet handles allow for the fast, safe, and easy adjustment of machinery. T-handles or tees are shaped like the letter “T”. Two-point handles feature a U-shaped design. 

Industrial handles and industrial pulls are hardware components that are grasped by hand and manipulated to perform a service. They are used with machinery and industrial metal cabinetry. Industrial handles and industrial pulls are usually made from metal, plastic, or rubber. A variety of colors and finishes are available. Important measurements include height and handle length. Two-pointed industrial handles and pulls vary in terms of the center spacing of the bores or studs that hold them in place. Tapered handles and pulls differ by either the overall diameter of the rounded knob, or the largest width of several non-circular knobs. Mounting styles for industrial handles and industrial pulls incorporate threaded or unthreaded bores, studs, and holes. In some devices, the mounting hole extends through the height of the handle or pull and is accompanied by a counter bore.

Many types of industrial handles and industrial pulls are available. Adjustable handles or clamping handles pull up to disengage and include a stud that remains stationary, allowing the handle to be moved to the desired position. Crank handles, which are used as operating or positioning elements, feature a handle at the end of a sturdy crank arm. Extruded pulls (pull plates, ledge handles) are surface mounted devices with an extruded pull surface. Chest handles are also surface mounted; however, some flush mounted devices are available. Flush pulls (cove handles, recessed handles) provide a recessed “cove” for gripping the handle. Lever handles are often spring-loaded so that they return to their original position after use. Pullout carrying handles are used for instruments and cases. Control levers are designed for electric and electronic equipment. Tapered handles are suitable for machine shift levers while ratchet handles allow for the fast, safe, and easy adjustment of machinery. T-handles or tees are shaped like the letter “T”. Two-point handles feature a U-shaped design. 

Industrial handles and industrial pulls are available with a variety of features. Angle mounted handles and pulls are installed at a fixed angle, typically between 0° and 90°. Handles and pulls with textured grips are easy to grasp and often made of rubber. Some industrial handles and industrial pulls use a simple latching mechanism. Others lock in place and require a key for movement. Handles and pulls with an integral indicator may include a top or side indicator line, a dot, an arrow, or a pointer as a reference. Devices scales use numbering to indicate position. Fold away, revolving, and military specification (MIL-SPEC) industrial handles and industrial pulls are also available.