Positioner Type Teaching-Free Welding Robot
Product Introduction
Revolutionize your welding process with our Positioner Type Teaching-Free Welding Robot—an intelligent solution designed for seamless automation. Ideal for industries demanding high efficiency and consistent quality, this robot eliminates the need for complex programming or manual adjustments. Equipped with advanced AI vision and adaptive control, it intelligently identifies weld paths, adjusts workpiece angles via the integrated positioner, and delivers flawless welds in seconds. Perfect for small-to-medium batch production, it reduces labor costs by 60% and boosts productivity by 200%.
Key Advantages
✅ Zero Programming: Start welding instantly with AI-driven self-learning.
✅ Dual-Station Flexibility: Load/unload while welding for non-stop operation.
✅ Industry 4.0 Ready: IoT-enabled for remote monitoring and data analytics.
Key Features
1. Smart Vision System
● Laser sensors + HD cameras scan workpieces in real-time, auto-generating 3D weld paths.
● Tolerates irregular shapes and surface variations (±2mm).
2. Adaptive Welding Control
● Auto-adjusts voltage, current, and speed based on material thickness (1-20mm).
● Supports MIG/MAG/TIG processes for steel, aluminum, and alloys.
3. Plug-and-Play Interface
● 10-inch touchscreen with one-click job presets.
● Multilingual support (EN/ES/FR/DE/JP).
4. Safety & Durability
● IP65 protection against dust/spatter.
● Emergency stop + collision detection.
Component Showcase

robot

cleaning station

Welding power source

Welding torch

Operation table

Positioner
Application Cases

Wind power pipe rack

Corbel

purlin support plate



Product Parameter
Name |
6+2 positioner teaching-free welding robot |
Model |
WELD-1000-6/9/12X |
Structure |
Stand-alone |
Positioning accuracy |
±0.5mm |
Number of axes |
6 |
Length of X-axis track |
6/9/12/15/24m |
Temperature |
-10~45℃ |
Shock |
<4.9/s² |
Other |
There must be no flammable and corrosive gases or liquids, no water, oil, etc., and no close proximity to high-intensity interference sources. |

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