LZR53-CAN Robot-Specific 6-Axis Force Sensor

LZR53-CAN Robot-Specific 6-Axis Force Sensor

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LZR53-CAN Robot-Specific 6-Axis Force Sensor

LZR53-CAN Robot-Specific 6-Axis Force Sensor

The LZR53-CAN is a high-precision 6-axis force/torque sensor purpose-built for humanoid robot wrist joints. With native CAN/CANFD bus support and 500% FS overload protection, it maintains stable measurement under sudden impact. At just 130g in an anodized aluminum housing, it fits the tight installation envelope of a humanoid wrist while delivering the force feedback needed for compliant, fine-grained grasping.

Force
50N
Torque
3Nm
Overload
500%FS
Size
Φ53 × 41.5mm
Interface
CAN/CAN-FD
View all specifications

Custom configurations

Ranges, mounting and interface can be configured to your platform. Tell us what you need.

Specification

Force Range (Fx, Fy, Fz) 50 N

Torque Range (Mx, My, Mz) 3 Nm

Overload Capacity 500% FS

Resolution (%FS) 0.2

Repeatability (%FS) 0.2

Supply Voltage (VDC) 12~48

Communication Interface CAN/CAN-FD

Sampling Frequency (Hz) 1~500

Operating Temperature (°C) -10 ~ 80

Storage Temperature Range (°C) -30 ~ +85

Diameter (mm) 53

Height (mm) 41.5

Weight (g) 130

Ingress Protection (IP Rating) IP64

Material Aluminum Alloy

Surface Treatment Anodizing

Industrial Bus Ready

Native CAN/CAN-FD bus interface with configurable 1–500Hz sampling, built for real-time integration into complex robot control systems

High-Precision Sensing

0.2% FS repeatability captures subtle force variations at the gripper, enabling compliant, fine-grained grasping

Impact Resistant

Withstands 500% FS overload, ensuring reliable operation under sudden collision

Lightweight Design

Anodized aluminum construction at just 130g, engineered to fit humanoid wrist installation space

Compare in this series

Three 6-axis models, different trade-offs.

ModelForceTorqueOverloadInterface
LZR53-CAN 50 N 3 Nm 500% FS CAN/CAN-FD
LZR57-CAN 80 N 3 Nm 500% FS CAN/CAN-FD
LZR48 200 N 5 Nm 1000% FS USB/RS485

Where it is used

Custom configurations

Standard models cover most integrations, but not all. We adapt force and torque ranges, flange bolt patterns, cable exit direction, housing height and communication interfaces to your platform.