In Stock
SMC LEHR | electric cobot gripper | for Universal Robots
SMC
$7,638.14
High‑precision electric gripper for collaborative robots with integrated encoder and self‑locking mechanism.
Product Description
The LEHR32K2 delivers reliable, energy-efficient gripping performance through its slide-screw self-locking drive, which maintains holding force even without power.
Certified for Universal Robots, FANUC and Omron/Techman cobots, it offers a 50 mm stroke, 60–140 N gripping force and ±0.1 mm repeatability.
A battery-less absolute encoder restores finger position instantly after power loss, eliminating homing cycles and reducing downtime.
The lightweight 1 kg unit integrates seamlessly via ISO 9409-1-50-4-M6 flange and requires only a single M8 connection for immediate plug-and-play use.
Multiple pad and finger configurations make the gripper suitable for a wide range of object geometries, from delicate components to medium-weight items.
Ideal for pick-and-place automation, precision assembly, laboratory handling and applications demanding consistent, safe gripping with minimal setup effort.
Certified for Universal Robots, FANUC and Omron/Techman cobots, it offers a 50 mm stroke, 60–140 N gripping force and ±0.1 mm repeatability.
A battery-less absolute encoder restores finger position instantly after power loss, eliminating homing cycles and reducing downtime.
The lightweight 1 kg unit integrates seamlessly via ISO 9409-1-50-4-M6 flange and requires only a single M8 connection for immediate plug-and-play use.
Multiple pad and finger configurations make the gripper suitable for a wide range of object geometries, from delicate components to medium-weight items.
Ideal for pick-and-place automation, precision assembly, laboratory handling and applications demanding consistent, safe gripping with minimal setup effort.
Weight
1 kg
Dimensions
N/A
Part Number
LEHR32K2-50A-011-E
RBTX SKU
RBTX-SMC-0131
Weight
1 kg
Max Gripping force
140 N
Repeatability
0.1 mm
High‑precision electric gripper for collaborative robots with integrated encoder and self‑locking mechanism.