Fiber Laser Cutting Machine

Fiber Laser Cutting Machine Manufacturer in India

Shri Shyam Engg works , a leading manufacturing company in the metalwork and welding industry, takes pride in its cutting-edge technology and precision craftsmanship. Our state-of-the-art Fiber Laser Cutting Machines exemplify our commitment to excellence. Engineered for optimal performance, these cutting-edge machines ensure unparalleled accuracy and efficiency in metal fabrication.

At Shri Shyam Engg Works, we understand the critical role of advanced technology in the metalworking sector. Our Fiber Laser Cutting Machines are designed to meet the diverse needs of our clients, providing swift and precise solutions for a wide range of metal-cutting applications. Whether it’s intricate designs, complex shapes, or high-volume production, our machines deliver exceptional results, setting new standards in the industry. With a focus on quality and innovation, Shri Shyam’s Fiber Laser Cutting Machines boast robust construction, user-friendly interfaces, and cutting-edge features. Our commitment to customer satisfaction extends beyond product delivery, as we provide comprehensive support and maintenance services to ensure the seamless operation of our machines.

Open Type Fiber Laser Cutting Machine

TechnicalChart
PSL3015
PSL4015
PSL6015
PSL4020
PSL6020
Track Width (mm)
1500
1500
1500
2000
2000
Track Length (mm)
3000
4000
6000
4000
6000

 

ItemTechnical Parameters
Laser TypeFiber Laser Source IPG
Laser wavelength1070-1080nm
Electro-optical conversion efficiency25-30%
XYZ axis working length3000mm/1500mm/120mm
Cutting thickness

MS 0.5-12mm (Depend on materials)
Incision seam width0.1-0.2mm
Repeated position in accuracy0.05mm/1000mm
Positioning accuracy0.05mm
Traverse Speed100M/min
Maximum acceleration1.0G
Table maximum load800kg
Total machine weight4000kg
Power demand380V 50Hz/60Hz
Dimension ( Length x Width x Heigth )

4600mm*2750mm*1500mm
Our Open Type Fiber Laser Cutting Machine boasts a metal body that undergoes a rigorous 600°C heat treatment, ensuring unparalleled durability. With a unique plano-milling machine and carbonic acid gas welding, it maintains a cool temperature in the chamber 24/7, guaranteeing a remarkable twenty-year service life. The cutting-edge design integrates high-class precision, featuring a maximum acceleration rate of 1.0G, repeated position accuracy of 0.05mm/1000mm, and a maximum running traverse speed of 100 M/min. Our commitment to quality is evident in every detail, from the control arm and LED indicator design to the stainless steel bordure, offering a perfect blend of functionality and aesthetics.
At the heart of our Open Type Fiber Laser Cutting Machine is cutting-edge technology that elevates industrial standards to new heights. The 600°C heat-treated metal body, cooled for 24 hours, ensures a distortion-free 20-year operation. Rigorous quality control includes an autocollimator for guide rail straightness, maintaining precision with every use. The machine’s intelligence shines through with an expert cutting parameters database, automatically adjusting settings for different materials and thicknesses. Equipped with originally imported servo motors, it achieves a cutting thickness range of MS 0.5-12mm, depending on the material. With a focus on simplicity, innovation, and efficient design, our Open Type Fiber Laser Cutting Machine stands as a testament to cutting-edge technology and uncompromising quality.

Exchange Table Type Fiber Laser Cutting Machine

TechnicalChart
PSL3015
PSL4015
PSL6015
PSL4020
PSL6020
Track Width (mm)
1500
1500
1500
2000
2000
Track Length (mm)
3000
4000
6000
4000
6000

 

ItemTechnical Parameters
Laser TypeFiber Laser Source IPG
Laser wavelength1070-1080nm
Electro-optical conversion efficiency25-30%
XYZ axis working length3000mm/1500mm/120mm
Cutting thicknessMS 0.5-12mm (Depend on materials)

Incision seam width0.1-0.2mm

Repeated position in accuracy0.03mm/1000mm

Positioning accuracy0.05mm
Traverse Speed140M/min
Maximum acceleration1.05G
Table maximum load800kg
Total machine weight5000kg
Power demand380V 50Hz/60Hz
Dimension ( Length x Width x Heigth )8500mm*2900mm*1900mm

(With Cover and Pallet Change)

Revolutionize your manufacturing with our Exchange Table Type Fiber Laser Cutting Machine, delivering unmatched precision and speed. Its innovative design ensures continuous production, reducing downtime and optimizing efficiency. Elevate your cutting-edge production capabilities with this state-of-the-art solution.

Sheet and Tube Fiber Laser Cutting Machine

TechnicalChart
PSL3015
PSL4015
PSL6015
PSL4020
PSL6020
Track Width (mm)
1500
1500
1500
2000
2000
Track Length (mm)
3000
4000
6000
4000
6000

 

Item
Technical Parameters
Laser TypeFiber Laser Source IPG
Laser wavelength1070-1080nm
Electro-optical conversion efficiency25-30%
XYZ axis working length3000mm/1500mm/120mm

Cutting thicknessMS 0.8-12mm (Depend on materials)

Incision seam width0.1-0.2mm
Repeated position in accuracy0.03mm/1000mm
Positioning accuracy0.05mm
Traverse Speed800M/min
Maximum acceleration0.5G
Table maximum load800kg
Total machine weight5000kg
Power demand380V 50Hz/60Hz

Dimension ( Length x Width x Heigth )4600mm*3600mm*1500mm

Unleash the power of precision with our Sheet and Tube Fiber Laser Cutting Machine. This versatile solution effortlessly handles both sheet metal and tubes, offering a streamlined and efficient manufacturing process. Elevate your production capabilities with advanced technology for unparalleled accuracy and speed.

Advantages of Fiber laser cutting Machine

There are many advantages of a Fiber laser cutting machine this machine becoming a goldmine for many industries and may you know many application fields using this Fiber laser cutting technology to boost their productivity and grow their business rapidly. There are five main advantages of Fiber laser cutting machines.

Boost in Cutting Speed : Fiber laser cutting machine provide a good cutting speed that means it has the ability to finish work quickly in a short time and gives a better finishing with best quality. When cutting a straight line of 1mm in thickness, a fiber based laser can cut more times faster than that of a traditional laser.

Superior Performance : You will also find that fiber lasers provide better performance than many of their counterparts. Fibers provide a high level of laser beam quality that can be highly focused to achieve extremely accurate levels of accuracy as well as increased power density.

Cutting Reflective Material : One of the main problems while using a traditional laser is with respect to the reflective material. There is a chance that a laser reflector may bounce off the material, which in turn will damage the material. Due to this, traditional lasers are not often used when cutting aluminium, brass and copper. However with fiber optic lasers, this reflective material problem is no longer an issue, which in turn allows cutting these materials

No Moving Parts : One of the main problems while using a traditional laser is with respect to the reflective material. There is a chance that a laser reflector may bounce off the material, which in turn will damage the material. Due to this, traditional lasers are not often used when cutting aluminium, brass and copper. However with fiber optic lasers, this reflective material problem is no longer an issue, which in turn allows cutting these materials

Higher Electrical Efficiency : The Fiber optic configuration will not only save power each time it is used, but it also helps to extend the life expectancy of the hardware due to lower energy requirements. No task is too complicated for a laser cutter. High powered lasers can be used on a very narrow section of material and cause very little warping or distortion in this area.

Less Expensive:  Probably the most valuable benefit of fiber laser cutting is the price. The cost overhead for this technique represents an initial savings and a large savings over the lifetime of the laser. For starters, it does not require expensive optical mirrors, as is the case with other laser technology. Additionally, the focusing lens is not exposed, but rather sealed within the cutting head. Because of this, concentrating lenses, when properly maintained, require damage rather than damage and frequent replacement during the lifetime of fiber optics, which occurs with laser applications.

Some Design of Laser Cutting