Embodied Robot Pillar

  • 48V DC servo system
  • AGV/AMR and cobots
  • CANopen / EtherCAT / RS485

The Embodied Robot Pillar series is designed for embodied intelligence robots, mobile robots, service robots, AGV/AMR intelligent equipment, and human-machine collaborative robotic systems. The series integrates precise vertical lifting, stable load support, and intelligent height adjustment for robot walking, obstacle avoidance, workstation docking, and automated operation scenarios.

Both models use high-strength formed aluminum alloy profiles with an internal quiet servo lifting system. They support smooth start and stop, low-noise operation, accurate stroke control, and communication with robot control systems for automatic height matching, fixed-point lifting, and linked start/stop.

Related engineering article: https://gemingtech.com/lifting-column-for-embodied-robots/

Typical Applications

  • Embodied intelligence robots and humanoid robot height adjustment
  • Mobile robots, service robots, AGV and AMR equipment
  • Industrial collaborative robotic arms and human-machine collaborative robots
  • Automated equipment, unmanned handling vehicles, and lifting platforms
  • Workstation docking, obstacle avoidance, and adaptive task-height control

Why Global Engineers Choose GEMING

With over 16 years of dedicated experience in electric linear actuators and lifting columns, GEMING (Zhejiang Ge Ming Driven Technology Co., Ltd.) supports OEM engineers with custom linear motion solutions for industrial automation, medical equipment, ergonomic workspaces, outdoor systems, and robotic applications. Our engineering team reviews load, stroke, speed, duty cycle, installation space, control logic, and environmental requirements before recommending a product configuration.

For safety-critical or heavy-duty projects, GEMING can provide application review, CAD/STEP support, technical documentation, and custom actuator or lifting column development based on verified project requirements.

Embodied Robot Pillar Engineering Positioning

Specially engineered for embodied intelligence robots, AGVs, and AMRs, this robotic pillar supports real-time height adjustment and lateral stability during docking, mobile manipulation, and equipment alignment. The structure is designed for applications where cobots or mobile robots need a stable vertical axis under changing load positions.

Use this model when your project needs a configurable linear motion component rather than an off-the-shelf catalog-only part. For accurate selection, prepare the required load, stroke, voltage, speed, duty cycle, mounting direction, and control interface.

Embodied Robot Pillar Technical Resources

Embodied Robot Pillar

Model Overview

Model HTD3 HTA3
Profile size 125 x 125mm, or 142 x 142 mm, 193 x 141 mm rectangular lifting column
Voltage 24v, 48V DC 24v, 48V DC
Motor option DC servo motor DC servo motor
Maximum thrust / pull force 1500N / 1500N 1500N / 1500N
Speed 0-150 mm/s at 800N load 0-150 mm/s at 800N load
Minimum initial height Stroke / 2 + 250 mm Stroke / 2 + 250 mm
Dynamic lateral torque 500 Nm 800 Nm
Static lateral torque 700 Nm 1000 Nm
Noise 48-65 dB 48-65 dB
Operating temperature -35 C to +75 C -35 C to +75 C
Protection rating IP54 IP54
Screw option Ball screw, lead 20 Ball screw, lead 20
Reduction ratio 10:1 10:1
Limit options Soft limit, mechanical limit Soft limit, mechanical limit
Communication options CANopen / EtherCAT / RS485 CANopen / EtherCAT / RS485
Wiring Internal wiring, custom cable available Internal wiring, custom cable available
Color Silver gray or black, customizable Silver gray or black, customizable

Stroke and Height Options

Stroke S (mm) 300 400 500 600 700 800
Installation dimension L (mm) 400 450 500 600 650 700
Expanded height S + L (mm) 700 850 1000 1200 1350 1500

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Time-Proven Application

Installed in a woodworking saw table in 2017,
this linear actuator remained in continuous service for years without replacement.

In 2025, the same customer reordered the identical model for a new project.