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6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding vs CR 30H Collaborative Robots

Side-by-side comparison of 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding (Jiangsu Aolong Electric Technology Co., Ltd.) and CR 30H Collaborative Robots (Shenzhen Yuejiang Technology Co., Ltd.) — specs, pricing, Robolist Trust Score, and verified deployments. Updated daily.

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6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding
6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding55.8
CR 30H Collaborative Robots
CR 30H Collaborative Robots54.0

Layer 1: Identity & Trust

Manufacturer Country

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated WeldingCN
  • CR 30H Collaborative RobotsCR 30H Collaborative RobotsCN

Year First Available

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding2018
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots2025

Verified Deployments

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding0 Deployments
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots0 Deployments

Layer 2: Operational

Price Range (USD)

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding$14,000
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots$37,000–$39,000

Availability Status

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated WeldingACTIVE
  • CR 30H Collaborative RobotsCR 30H Collaborative RobotsACTIVE

Arm Mechanics

Payload

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots30 kg

Max TCP Speed

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding1.5 m/s
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots6 m/s

IP Rating

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative RobotsIP65

Reach

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding1,450 mm
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots1,300 mm

Degrees of Freedom

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots6

Repeatability

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots±0.05 mm

Robot Weight

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots30 kg

Mounting Options

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative Robotsfloor, ceiling, wall, rail

Safety

Safety Rating

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative RobotsCE

Force/Torque Sensing

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative Robotsjoint level all

Safety I/O Pairs

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots10

Duty Cycle

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots24 7 continuous

Ease of Use

No-Code Capable

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative RobotsYes

Programming Interface

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Weldingteach_pendant
  • CR 30H Collaborative RobotsCR 30H Collaborative Robotsteach_pendant, drag_and_drop, proprietary_app

End-Effector

Tool Flange Standard

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative Robotsiso 9283

Integrated F/T Sensor

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative RobotsYes

Wrist Power Supply

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots0/12/24V, average 2A, max 3A

Software & Connectivity

ROS Compatible

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative RobotsYes

Fieldbus Protocols

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding—
  • CR 30H Collaborative RobotsCR 30H Collaborative RobotsModbus TCP, Ethernet/IP, Profinet

Commercial

Price (USD)

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding$14,000
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots$37,000–$39,000

Warranty

  • 6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding1 yrs
  • CR 30H Collaborative RobotsCR 30H Collaborative Robots—

Insufficient data for full comparison

The following fields had no data for any of the selected robots: Battery / Shift Runtime, TCP Speed (Collaborative), Power/Force Limiting, Setup Time, Time to Redeploy, Offline Programming, Tool Changer Support, SDK Languages, Digital Twin Support, MTBF, Path Accuracy, CaaS / Month, Lead Time

best in categoryweakest in categoryvalues differ

About this comparison

6 Axis Collaborative Robotic Arm Integrated MIG Double Pulse Power for Automated Welding vs CR 30H Collaborative Robots compares two robots in the cobot category. All data is sourced from manufacturer spec sheets, verified deployments, and third-party filings; see our methodology for how the Robolist Trust Score is calculated.