モデル	LAMLH-S	LAMLH-SV	LAMLH-T	LAMLH-TV
Appearance
Optical Path Structure	Straight	Straight	Bent	Bent
Beam Splitter Module	No	Yes	No	Yes
Wavelength Range	900~1100nm	900~1100nm	900~1100nm	900~1100nm
Max Power	8000W	8000W	8000W	8000W
Laser Energy Transmission Rate	≥99.5%@1060~1080nm	≥99.5%@1060~1080nm	≥99.5%@1060~1080nm	≥99.5%@1060~1080nm
Fiber Interface	QBH, LLK-B/D	QBH, LLK-B/D	QBH, LLK-B/D	QBH, LLK-B/D
Optical Coaxial Adjustment	Fine adjustment in X-Y direction	Fine adjustment in X-Y direction	Fine adjustment in X-Y direction	Fine adjustment in X-Y direction
Collimation Distance	100mm, 150mm, 200mm	100mm, 150mm, 200mm	100mm, 150mm, 200mm	100mm, 150mm, 200mm
Focal Distance	200mm, 250mm, 300mm	200mm, 250mm, 300mm	200mm, 250mm, 300mm	200mm, 250mm, 300mm
Circular Spot Output Size	0.5~5.0mm	0.5~5.0mm	0.5~5.0mm	0.5~5.0mm
Focus Mode	Manual	Manual	Manual	Manual
Focus Range	±5mm	±5mm	±5mm	±5mm
Imaging Module	No	Yes	No	Yes
Device Size (Reference)	No	CCD, CMOS Industrial Camera	No	CCD, CMOS Industrial Camera
Stripe Spot Shaping Module	オプション	オプション	オプション	オプション
Typical Deposition Efficiency	≥10mm³/s	≥10mm³/s	≥10mm³/s	≥10mm³/s
Stripe Spot Size	8×2mm, 10×2mm, 12×2mm, 15×2.5mm, 16×3mm	8×2mm, 10×2mm, 12×2mm, 15×2.5mm, 16×3mm	8×2mm, 10×2mm, 12×2mm, 15×2.5mm, 16×3mm	8×2mm, 10×2mm, 12×2mm, 15×2.5mm, 16×3mm
Dimensions (L×W×H)	122×102×364mm	200×102×364mm	309×102×258mm	309×102×258mm
重量	4.5kg	5kg	6kg	6.5kg

Laser cladding head parts selection

Optional module description

1. Imaging module: can realize debugging and correction based on the cladding condition of the substrate surface through coaxial illumination;
2. Real-time imaging and closed-loop feedback control: can monitor the size, shape, temperature, etc. of the molten pool formed by laser cladding in real time, and capture and feed back the relevant parameters to the control system in real time for real-time adjustment, so as to obtain a more stable and high-quality cladding effect;
3. Shaping module: can realize the output of large strip-shaped light spots, greatly improving the cladding efficiency.

Laser cladding head quick-change device

The quick-change device developed by our company realizes the connection between the robot and the laser head, quickly switches the cooperation between laser heads of different specifications and the robot, can switch freely in a variety of processes, and cooperates with the rotating platform to adapt to the cladding and welding process requirements of workpieces of various shapes, materials and sizes.

The switching of the tool head requires manual operation by the operator. The specific steps are as follows:

1) Ensure that all energy sources of the equipment are safely cut off;

2) Clean the dust, welding slag, powder, etc. around the tool head, pull out the optical fiber, and wear a safety plug;

3) Cut off the powder feeding pipe, shielding gas and other pipelines between the powder feeder and the cladding head;

4) Loosen the quick-change connector and remove the high-speed cladding head;

5) Replace the broadband cladding head and lock the quick-change connector;

6) Connect the optical fiber and the cooling water shielding gas powder feeding pipe, etc.;

7) Power on the equipment and prepare for work.

製品の利点

1. Clear coaxial visual imaging facilitates accurate positioning and teaching of laser and parts;
2. The focus position of the laser spot can be adjusted up and down along the focal length direction within a range of 10mm, which is convenient for users to accurately adjust the defocus amount and cladding width;
3. Light powder coaxial adjustment module: The light powder adjustment unit facilitates users to accurately coaxial the light spot and the powder spot to ensure efficient use of laser energy; the nozzle height adjustment unit allows 23mm adjustment margin up and down in the focal length direction of the nozzle, which is convenient for users to accurately adjust the defocus amount and adjust the process parameters;
4. It can be equipped with a homogenizing lens module to shape the circular spot into a rectangular spot, so that the energy density is evenly output, and it is used for large-area high-efficiency cladding or laser quenching with a linear powder flow nozzle.