Robot Joint Modules

Precision robot joint modules for industrial robotic arms, collaborative robots, and automation assemblies. Source directly from global manufacturers.

15Products Available
RFQ Enabled

Robot joint modules are precision mechatronic assemblies that enable articulated motion in industrial robotic arms. These integrated units combine motors, gearboxes, encoders, and control electronics in a compact, industrial-grade housing.

LVH Systems sources robot joint modules across torque ranges from 10 Nm to 1180 Nm, supporting collaborative robots, humanoid platforms, and heavy-duty industrial arms. Custom torque, speed, and interface specifications available on request.

Robot Joint Modules
RFQ

eRob70F Robot Joint Module

Model: eRob70F
Manufacturer: Beida Robotics

Compact, high-torque robot joint module designed for collaborative robotics applications with integrated motor, drive, and controller.

Robot Joint Modules
RFQ

eRob70T Robot Joint Module

Model: eRob70T
Manufacturer: Beida Robotics

High-torque T-type integrated robot joint module delivering up to 70 Nm peak momentary torque in a 73 mm diameter housing. Designed for load-bearing joints in collaborative robots, humanoid platforms, and exoskeletons.

Robot Joint Modules
RFQ

eRob80T Robotic Joint Module

Model: eRob80T
Manufacturer: Beida Robotics

High-performance T-type integrated robot joint module delivering up to 143 Nm peak momentary torque from a 146 W motor in an 85 mm diameter, 111.8 mm length housing. Built for demanding proximal joints in collaborative robots, humanoid platforms, and industrial automation arms.

Robot Joint Modules
RFQ

eRob110T Robotic Joint Actuator

Model: eRob110T
Manufacturer: Beida Robotics

Heavy-duty T-type integrated robotic joint actuator delivering up to 408 Nm peak momentary torque from a 750 W motor. Available in five gear ratio configurations across a 116 mm outer diameter, 147.5 mm length housing weighing 4.64 kg.

Robot Joint Modules
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eRob142H Robotic Joint Actuator

Model: eRob142H
Manufacturer: Beida Robotics

The eRob142H is a large-frame H-type integrated robotic joint actuator built for heavy-duty industrial robot arms, large humanoid platforms, and high-load automation systems requiring sustained torques beyond the eRob110T envelope.

Robot Joint Modules
RFQ

eRob70I Robot Joint Module

Model: eRob70I
Manufacturer: Beida Robotics

The eRob70I is a compact 70 mm diameter I-type integrated robot joint module delivering up to 70 Nm peak momentary torque from a 100 W motor. Combining all eight core subsystems in a single 0.77 kg plug-and-play unit, it dramatically reduces mechanical and electrical development complexity for collaborative and humanoid robot builders.

Robot Joint Modules
RFQ

eRob80I Robot Joint Module

Model: eRob80I
Manufacturer: Beida Robotics

The eRob80I packs 143 Nm peak momentary torque into an 80 mm diameter, 64.2 mm length housing weighing just 1.03 kg. The I-type inline through-hole design and 126 W motor make it exceptionally suited for humanoid, bionic, and collaborative robots where high torque density and short axial length are both critical.

Robot Joint Modules
RFQ

eRob90I Robot Joint Module

Model: eRob90I
Manufacturer: Beida Robotics

The eRob90I is a 90 mm diameter I-type integrated joint module delivering 191 Nm peak momentary torque from a 48V DC system. Weighing 1.506 kg with a 75.9 mm length, it combines all eight core subsystems in a single unit — eliminating separate drives, encoders, and gearboxes to accelerate robotic system development.

Robot Joint Modules
RFQ

eRob110I Robot Joint Module

Model: eRob110I
Manufacturer: Beida Robotics

The eRob110I delivers 408 Nm peak momentary torque from a 110 mm diameter, 80.2 mm length housing weighing 2.68 kg. Five gear ratio configurations (25-50 through 25-160) and an I-type inline hollow shaft output make it the highest-torque short-length integrated joint module in the eRob I-series.

Robot Joint Modules
RFQ

eRob142I Robot Joint Module

Model: eRob142I
Manufacturer: Beida Robotics

The eRob142I is the large-frame I-type integrated robot joint module at the top of the eRob I-series. The 142 mm outer diameter housing delivers maximum inline torque output with hollow shaft output for integrated cable management.

Robot Joint Modules
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eRob170I Robot Joint Module

Model: eRob170I
Manufacturer: Beida Robotics

The eRob170I is the most powerful module in the entire eRob range, delivering 1180 Nm peak momentary torque from a 1000 W motor within a 170 mm diameter, 144.9 mm length housing weighing 9.5 kg. Operating on 48V DC with IP54 protection and an 18 mm hollow shaft, it is purpose-built for large robots carrying payloads above 20 kg.

Robot Joint Modules
RFQ

eRob70F Ultra-Short Robot Joint

Model: eRob70F-Ultra
Manufacturer: Beida Robotics

The eRob70F Ultra-Short is the compact flange-output variant of the eRob70F, achieving an axial length of just 60.4 mm (without brake) in a 70 mm outer diameter, 0.77 kg package. Delivering 35 Nm peak torque from a 75 W motor, it is optimised for space-critical installations where every millimetre of axial length matters.

Robot Joint Modules
RFQ

eRob80F Ultra-Short Robot Joint

Model: eRob80F
Manufacturer: Beida Robotics

The eRob80F is an ultra-short F-type flange robot joint delivering 71 Nm peak torque from a 126 W motor within an 80 mm diameter, 57.5 mm length housing weighing just 0.89 kg. Exceptionally compact axial footprint for mid-range torque F-type flange applications.

Robot Joint Modules
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eRob110I V6 Robot Joint Module

Model: eRob110I-V6
Manufacturer: Beida Robotics

The eRob110I V6 is the latest hardware revision of the eRob110I, delivering the same 408 Nm peak momentary torque in a 110 mm diameter, 80.2 mm length, 2.68 kg housing with updated V6 internal electronics and connector interface.

Robot Joint Modules
RFQ

eRob90T Robotic Joint Module

Model: eRob90T
Manufacturer: Beida Robotics

The eRob90T is an IP65-rated T-type through-shaft robotic joint delivering 191 Nm peak torque from a 330 W motor within a 96 mm diameter, 123.8 mm length, 2.6 kg housing. CE certified and compliant with EMC Directive 2014/30/EU, it is designed for industrial deployments requiring enhanced environmental protection.