Two-finger parallel grippers provides reliable gripping of parts in manufacturing, robotics, and packaging applications.

Three-finger parallel grippers position and grip spherical, cylindrical, or round workpieces. Their wedge-cam design yields strong holding force for end-of-arm and pick-and-place applications.

Four-finger parallel grippers position and hold square and round objects. Their wedge-cam design yields strong holding force for pick-and-place applications.

Two-finger angular grippers adjust the angle of their jaws to grip parts and products. They are suited for large or irregularly-shaped items that require a wide grip. Their cam-driven design yields a high grip force and the fingers can mount on the top or side of the jaws. They are suited for general purpose assembly and pick-and-place applications.

Robohand two-finger electric parallel grippers have sealed, built-in electronics and operate directly from a programmable logic controller (PLC). They have low power requirements with minimal maintenance compared to pneumatic grippers.

Multi-position parallel grippers actively sense and track up to four specified locations. These industrial two-jaw grippers have shields that repel metal chips and particulates, preventing damage or corrosion. They offer synchronous or non-synchronous jaw operation and are suited for CNC machining applications, chip/dry particulate harsh environments, and specialized jaw operations.

Heavy-duty parallel grippers handle heavy, large parts in gantry systems and high-particulate environments. These industrial two-jaw grippers have a double-wedge design yielding high impact resistance and have purge and scavenge ports to minimize contamination. They are shielded to repel metal chips and debris to prevent damage and corrosion.

Long-precision parallel grippers feature a purge port that stops contaminants from entering the gripper and a scavenge port to prevent gripper grease from contaminating the work environment. These two-jaw grippers resist corrosion and position delicate parts with high accuracy and repeatability.

Long-precision cleanroom parallel grippers feature a purge port that stops contaminants from entering the gripper and a scavenge port to prevent gripper grease from contaminating the cleanroom work environment. They are corrosion-resistant, two-jaw grippers that position and handle delicate parts with high accuracy and repeatability.

Miniature parallel grippers provide precise gripping and positioning of small parts in applications where space is limited. These prelubricated two-jaw grippers have adjustable preload screws to minimize lateral movement and are built with purge and scavenge ports to minimize potential contamination of the grippers and work area. They are ideal for semiconductor and laboratory applications.

Miniature cleanroom parallel grippers provide precise gripping and positioning of small parts in cleanroom applications with constricted or limited space. These two-jaw grippers are prelubricated with cleanroom grease, have adjustable preload screws to minimize lateral movement, and have purge and scavenge ports to minimize potential contamination of the grippers and the work environment. They are ideal for semiconductor and laboratory applications.

Wide-body parallel grippers have a rack-and-pinion design that provides reliable operation for gripping wide or large parts in automotive manufacturing, robotic sorting, and packing applications.

Wide body harsh-environment parallel grippers have shaft wiper seals to protect them from contamination when exposed to dirt, grit, and debris. These two-jaw grippers have a rack-and-pinion design that provides reliable operation for gripping wide or large parts.

Sealed parallel grippers for automotive assembly feature inductive jaw location sensing capabilities and have a double-wedge design that resists high impacts. They are sealed to protect the gripper mechanism from contamination in dirty environments and are often used for assembly, inline part pressing, and packaging applications.

Feed escapements separate and stage parts fed from a track or conveyor, releasing them at selected time intervals. They are used in small load thruster applications, can serve as an ejector for quality control, or prevent overload in a feeder track.

These replacement parts repair worn or damaged components in compatible pneumatic grippers.