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- JQ YAG 500w laser fiber 500w laser 1500*3000 for metal cutting
JQ YAG 500w laser fiber 500w laser 1500*3000 for metal cutting
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JQ YAG 500w laser fiber 500w laser 1500*3000 for metal cutting
Product catalog summary
Laser Power and Working Size
Both the YAG and fiber lasers have a power of 500W and a working size of 1500x3000mm.
Both the YAG and fiber lasers have a power of 500W and a working size of 1500x3000mm.
Maximum Cutting Thickness
For carbon steel, the YAG laser can cut up to 8mm, while the fiber laser can cut up to 6mm. For stainless steel, the YAG laser can cut up to 6mm, whereas the fiber laser can cut up to 4mm.
For carbon steel, the YAG laser can cut up to 8mm, while the fiber laser can cut up to 6mm. For stainless steel, the YAG laser can cut up to 6mm, whereas the fiber laser can cut up to 4mm.
Maximum Cutting Speed (Stainless Steel)
The fiber laser significantly outperforms the YAG laser in cutting speed across various thicknesses. For example, at 0.5mm thickness, the fiber laser cuts at 400mm/s compared to the YAG's 45mm/s.
The fiber laser significantly outperforms the YAG laser in cutting speed across various thicknesses. For example, at 0.5mm thickness, the fiber laser cuts at 400mm/s compared to the YAG's 45mm/s.
Laser Source and Beam Characteristics
Both lasers have a wavelength of 1064nm. The YAG laser uses a solid YAG crystal, while the fiber laser uses a fiber source. The fiber laser has a smaller beam diameter of 0.1mm compared to the YAG's 0.2mm.
Both lasers have a wavelength of 1064nm. The YAG laser uses a solid YAG crystal, while the fiber laser uses a fiber source. The fiber laser has a smaller beam diameter of 0.1mm compared to the YAG's 0.2mm.
Transmission and Lifetime
The YAG laser uses different laser mirrors for transmission, whereas the fiber laser uses fiber wire. The fiber laser has a significantly longer lifetime of 100,000 hours compared to the YAG's 3,000 hours.
The YAG laser uses different laser mirrors for transmission, whereas the fiber laser uses fiber wire. The fiber laser has a significantly longer lifetime of 100,000 hours compared to the YAG's 3,000 hours.
Power Consumption and Costs
The YAG laser consumes 20-30KW/hour, while the fiber laser consumes 10-15KW/hour. The cutting cost is 5.5 USD/hour for the YAG and 2.5 USD/hour for the fiber laser. The maintenance cost is higher for the YAG, with a maintenance rate of 10:1 compared to the fiber laser.
The YAG laser consumes 20-30KW/hour, while the fiber laser consumes 10-15KW/hour. The cutting cost is 5.5 USD/hour for the YAG and 2.5 USD/hour for the fiber laser. The maintenance cost is higher for the YAG, with a maintenance rate of 10:1 compared to the fiber laser.
Efficiency and Usage Costs
The fiber laser is five times more efficient than the YAG laser. The usage cost is 13 USD/hour for the YAG and 6 USD/hour for the fiber laser.
The fiber laser is five times more efficient than the YAG laser. The usage cost is 13 USD/hour for the YAG and 6 USD/hour for the fiber laser.
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Catalog excerpts
JQ YAG LASER AND FIBER LASER COMPARISION Laser power Working size Max.cutting thickness Solid YAG crystal laser Fiber laser Laser beam diameter Different laser mirrors Max.cutting speed stainless steel Laser source Laser wavelength Whole machine power Cutting cost Laser source lifetime Fiber wire YAG need maintenance for Xe lamp, focus lens, protecting mirrors, reflecting mirrors, crystal rod,laser optical parts Focus lens Protecting mirror (maintenance rate between YAG and fiber=10:1) Using cost Working efficiency 5 times higher than YAG 500
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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.