renzhi
Industrial
- Jul 28, 2020
- 4
Efficiency Is Valuable Asset
The CO2 laser has dominated industry in the past. However, this trend could not prevail because fiber laser technology has been on the advance for many years. Your existing machinery is usually still in good condition, but has deficits in its core technology. This is where we start and replace the laser source and the laser head as well as other components and can then use the many advantages of fiber laser technology in the existing system.
Advantages
[ul]
[li]No Change in local conditions[/li]
[li]No Change control system[/li]
[li]Significantly less maintenance[/li]
[li]No Need laser gas (He, CO2, N2)[/li]
[li]Electricity cost reduction by around 50%[/li]
[li]Faster cuts in the thinner area up to 400%[/li]
[li]Maintenance times are reduced[/li]
[li]Keep cutting process parameteres[/li]
[li]Cutting reflective metals, copper, brass[/li]
[li]Maintenance costs saved on average around 40,000 euros per year[/li]
[li]On site implementation, within 3 days[/li]
[/ul]
Efficiency
Retrofit Solution
We will install the new fiber laser source, fiber laser cutting head, cooling machine, drag chain, interface controller system and other devices on the original Bystronic carbon laser cutting machine. This solution will retain the advantages of the Bystronic machine, such as excellent dynamic performance, high precision, easy operation, convenient maintenance and so on. We will solve the high maintenance charge of original carbon laser source issues with our technology.
Technical Features
[ul]
[li]Laser Source: Cable laser diodes with low energy consumption[/li]
[li]Active Medium: Doped Ytterbium ions[/li]
[li]Active Fiber: Double coated Fiber cable with Fiber Bragg Grating ( FBG)[/li]
[li]Wave Length: 1.0nm[/li]
[li]Speed: Higher Speed in thin sheets cutting[/li]
[li]Energy Efficiency: >35%[/li]
[li]Optical Path: The Laser Beam is delivered through Cable. No mirrors[/li]
[li]Low Operating Costs.[/li]
[li]Low cost maintenance in the Long run[/li]
[li]Optimum absorption of the beam[/li]
[li]Seamless cutting of Non-ferrous metals and alloys[/li]
[li]Simplified structure[/li]
[li]Environmental conditions do not affect the workflow ( Dust, Vibration, Dust)[/li]
[li]Extended working hours of laser diodes: 100000[/li]
[li]Extra space and an option for laser power upgrade.[/li]
[/ul]
The CO2 laser has dominated industry in the past. However, this trend could not prevail because fiber laser technology has been on the advance for many years. Your existing machinery is usually still in good condition, but has deficits in its core technology. This is where we start and replace the laser source and the laser head as well as other components and can then use the many advantages of fiber laser technology in the existing system.
Advantages
[ul]
[li]No Change in local conditions[/li]
[li]No Change control system[/li]
[li]Significantly less maintenance[/li]
[li]No Need laser gas (He, CO2, N2)[/li]
[li]Electricity cost reduction by around 50%[/li]
[li]Faster cuts in the thinner area up to 400%[/li]
[li]Maintenance times are reduced[/li]
[li]Keep cutting process parameteres[/li]
[li]Cutting reflective metals, copper, brass[/li]
[li]Maintenance costs saved on average around 40,000 euros per year[/li]
[li]On site implementation, within 3 days[/li]
[/ul]
Efficiency
Retrofit Solution
We will install the new fiber laser source, fiber laser cutting head, cooling machine, drag chain, interface controller system and other devices on the original Bystronic carbon laser cutting machine. This solution will retain the advantages of the Bystronic machine, such as excellent dynamic performance, high precision, easy operation, convenient maintenance and so on. We will solve the high maintenance charge of original carbon laser source issues with our technology.
Technical Features
[ul]
[li]Laser Source: Cable laser diodes with low energy consumption[/li]
[li]Active Medium: Doped Ytterbium ions[/li]
[li]Active Fiber: Double coated Fiber cable with Fiber Bragg Grating ( FBG)[/li]
[li]Wave Length: 1.0nm[/li]
[li]Speed: Higher Speed in thin sheets cutting[/li]
[li]Energy Efficiency: >35%[/li]
[li]Optical Path: The Laser Beam is delivered through Cable. No mirrors[/li]
[li]Low Operating Costs.[/li]
[li]Low cost maintenance in the Long run[/li]
[li]Optimum absorption of the beam[/li]
[li]Seamless cutting of Non-ferrous metals and alloys[/li]
[li]Simplified structure[/li]
[li]Environmental conditions do not affect the workflow ( Dust, Vibration, Dust)[/li]
[li]Extended working hours of laser diodes: 100000[/li]
[li]Extra space and an option for laser power upgrade.[/li]
[/ul]