KELEI Robot-use Laser Welding Torch

Short Description:

Product Introduction:

KELEI Laser focuses on breakthroughs in key technologies developed from our already industry-leading expertise. Years of painstaking research created our Copana Robotic Welding system. With experiences from our rich project expertise, industry experience, R&D and manufacturing capabilities, we focus on promoting automation and intelligent high-end manufacturing equipment, that will help our clients achieve more and cost less.

The laser is generated by the laser and transmitted by the external optical path. After being focused by the focusing mirror in the welding joint, it acts on the weld between the materials to be processed. With the help of the shielding gas (to prevent the materials from being oxidized), the materials are liquefied to form a specific molten pool, so as to achieve the purpose of welding.

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Features

1. Precise collimation and superior liquid-cooled design ensures the reliability and stability of the torch
2. Optimized optical design and smooth airflow helps improving consistency
3. Multiple choices of connectors that brings a broader compatibility
4. Solid QBH connector on the torch secures the operation safety
5. Modular manufactured body with rigid protection lens prevents dusts and obstacles from the focus lens, thus prolongs the service life

Specification

Laser Power	≤2000W	≤4000W
Collimation	100mm, 120mm, 150mm	60mm, 75mm, 100mm, 125mm, 150mm
Focal Length	150mm, 200mm, 250mm, 300mm	150mm, 200mm, 250mm, 300mm, 350mm, 400mm
Nozzle Size	8mm
Focal Range	±5mm
Air Pressure	<0.6Mpa
Fiber Connector	GBH, QCS

Connector Type: QBH
Collimation Lens: PMD30T5
Wavelength: 1080±10nm
Focus Lens: PMD30T5
Power: 2KW, 4KW
Gas Output: Coaxial or paraxial
Collimation Focal Length: 100mm, 150mm
Focal Length: F200, F250, F300
Gas Pressure: ≤1Mpa
Weight: 3.2KG

Support

Manual, Accessories

Products and Applications

Popular science product knowledge

Why should we select robotic welding?
1. Increasing working efficiency
2. Lowering the labor’s workload and be capable for work under hazardous environments
3. Lowering training requirements for workers
4. Increasing the consistency and quality of welding, which can be reflected by objective data

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