LEH 2 Finger Electric Grippers
The LEH family of electric grippers includes three series fitted with two fingers. Series include the LEHZ standard, the LEHZJ with IP50 dust cover, and the LEHF with low profile fingers and long stroke options. Benefits include adjustable gripping forces, a drop prevention function, and gauging capability for recognizing different dimensions and outputting length measurements.
LEHR, Electric Gripper for Collaborative Robots
Designed specifically for the "cobot" market, the LEHR series offers a plug-and-play solution compatible with major robot brands like Universal Robots (via URCap) and FANUC (via CRX Plug-in). The gripper is easily installed using a standard M8 connector and provides a versatile gripping force (60 to 140 N) and a 50 mm stroke, making it a highly efficient tool for flexible automation.
LEHZ, Electric Gripper, 2 Finger, Vertical Type
The LEHZ is characterized by its compact, lightweight construction and a wide variety of body sizes. It uses a motor-driven slide screw and lever assembly to provide stable, linear finger movement, making it suitable for high-precision pick-and-place applications.
LEHZJ, Electric Gripper, 2-Finger Type with Dust Cover
LEHZJ series provides the same performance and functionality as the standard LEHZ vertical gripper but adds an IP50-rated sealed-construction dust cover to protect the internal mechanics. This makes it an ideal choice for environments containing machining chips, dust, or grease spatters.
LEHF Gripper, 2-Finger, Horizontal, Incremental Encoder
The LEHF series features a horizontal, low-profile design that is ideal for gripping workpieces in tight spaces where vertical clearance is limited. A key advantage of this series is its drop prevention self-locking mechanism, which ensures the workpiece remains securely held even during emergency stops or power failures.
LEHF Gripper, Battery-less Absolute Encoder
This 2-finger gripper is equipped with a battery-less absolute encoder, a feature that significantly reduces maintenance by eliminating the need to manage or replace spare batteries. Because position information is stored mechanically, the gripper can restart immediately from its last position after a power recovery without requiring a return to origin home sequence.