HTB3-18 Cobot Pillar

  • Max. load: 4000N
  • IP grade: IPX4
  • Motor: Servo motor
HTB3-18 Cobot Pillar

Features:

  • Motor: 48V DC, 220VAC, 380VAC
  • Size: three sections, 182*182mm, square
  • Built-in dimension: Stroke/2 + 350mm(+/-3)
  • Stroke range: 500~ 3000mm(+/-3)
  • Max load: 3000N
  • Speed: 0-200mm/s
  • Static bending moment: 250NM
  • Dynamic bending moment:3500NM
  • Positioning repeatability: ±0.2~1 MM
  • Protection class: IP54
  • Operating temperature: +5°C~+45°C
  • Ambient temperature: -45°C~+75°C
  • Colour: anodised aluminium, or customized
  • Built-in electrical limited switch, not adjustable
  • Noise level:55-65dB
  • Compliance: Designed to meet CE and RoHS standards.
  • Quality Proof: 100% factory-tested before shipment (providing shipping video demonstration upon request).
  • Communication protocol: Ethernet, CANbus, customized
  • Matching with all types of robots.

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.

HTB3 Cobot Lifting Column Engineering Positioning

HTB3 Cobot acts as a vertical range extender for collaborative robots and industrial robot workcells. It helps expand the working envelope for palletizing, machine tending, welding, inspection, and loading tasks.

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.

HTB3 Cobot Lifting Column Technical Resources

HTB3 Cobot Lifting Column FAQ

Can this column withstand the dynamic force of an operating robot?

The column is intended for robot lifting applications, but final suitability depends on payload, robot reach, acceleration, duty cycle, and mounting structure. GEMING can review these parameters before selection.

What information should I provide before requesting a quote?

Please provide load, stroke, speed, voltage, duty cycle, installation space, mounting direction, environmental conditions, and any control or feedback requirements.

HTB3-18 Cobot Pillar

This drawing is for FANUC CRX-30iA Collaborative Robots,
You can contact us for customized drawing for other types of Robots.

 

HTB3 Load V.S. Speed Load ±10％（N） Speed ±2（mm/S）
Max load(N) 8,000 6,000 4,000 3,000 2,000 1,500 800 600 300
Free-load speed(mm/s) 4.0 8 12 15 29 38.5 57 76 159
Full-load speed(mm/s) 3.8 6.1 9.2 11.5 23 30.7 46 51 127
Stroke V.S. Retracted length stroke ±2（mm) retracted length ±2（mm）
Stroke(MM) 200 300 400 500 600 700 800 900 1000
Retracted length(MM) 300 350 400 450 500 550 600 650 700
Net Weight(KG) 5.9 6.8 7.7 8.6 9.5 10.4 11.3 12.2 13.1

View

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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.

See Time-Proven Application