Combina as vantagens tecnológicas dos lasers de fibra óptica, com engenharia, desenvolvimento e assistência no Brasil. Tudo isso faz com que as máquinas contem com melhores desempenho, serviço e atendimento. Sendo de fato a solução mais completa em todos os detalhes.
Machines and models for various dimensions
HN 0505 – useful area 500x500mm
HN 1010 - Useful area 1000x1000mm
HN 1515 - Useful area 1500x1500mm
HN 3015S - Useful area 3000x1500mm
HN 3015CS - Useful area 3000x1500mm
HN 3020CS - Useful area 3000x2000mm
Machines and models for various dimensions
HN 6015CS - Useful area 6000x1500mm
HN 6020CS - Useful area 6000x2000mm
Os modelos CS possuem carenagem com atendimento a todas as normas NR12. Sistema com possibilidade de mesa de abastecimento automático aumentando muito a produtividade e agilizando o corte
.
A CSCutting Series é a linha de máquinas a Laser para processamento de chapas de metal, que conta com o que há de mais avançado em tecnologia a nível mundial.
Combina as vantagens tecnológicas dos lasers de fibra óptica, com engenharia, desenvolvimento e assistência no Brasil. Tudo isso faz com que as máquinas contem com melhores desempenho, serviço e atendimento. Sendo de fato a solução mais completa em todos os detalhes.
Machines and models for various dimensions
HN 0505 – useful area 500x500mm
HN 1010 - Useful area 1000x1000mm
HN 1515 - Useful area 1500x1500mm
HN 3015S - Useful area 3000x1500mm
HN 3015CS - Useful area 3000x1500mm
HN 3020CS - Useful area 3000x2000mm
Machines and models for various dimensions
HN 6015CS - Useful area 6000x1500mm
HN 6020CS - Useful area 6000x2000mm
Os modelos CS possuem carenagem com atendimento a todas as normas NR12. Sistema com possibilidade de mesa de abastecimento automático aumentando muito a produtividade e agilizando o corte
.
WHAT IS FIBER LASER CUTTING?
Definition – What does fiber laser mean?
A fiber laser is a special type of laser in which the beam supply as well as the laser cavity are integrated into a single system within an optical fiber with the beam generated within the fiber, unlike conventional lasers where the beam is generated externally and sent to the system. Considered as a special category of solid-state laser, fiber lasers offer many benefits compared to other laser technologies, such as:
- maintenance free operation
- EASY TO USE
- High reliability
- High integration capability
ADVANTAGES OF THE LASER CUTTING MACHINE
What are the advantages of fiber laser cutting machine?
- Good cut quality, lower labor costs
The laser cutting machine uses the characteristics of non-contact laser processing, does not damage the workpiece, the cut product has no extrusion deformation, the processed product is of good quality, has no burrs.
- Save mold investment and reduce production costs
The laser cutting machine can directly produce various parts, no mold consumption, no need to repair and replace, save processing costs, reduce production costs, and is especially suitable for processing large products.
3. High precision, effectively improve productivity
The laser cutting process is accurate, flexible and efficient, and can effectively process various complex parts. You only need to make the cut graphics and import them into the control system to set the cut size, which helps you directly shorten the product. Processing and manufacturing cycle, effectively improve labor productivity.
- Fast cutting speed, optimized working environment
The laser cutting machine cuts quickly, the equipment is stable in work, the noise is low, there is no dust, and it does not produce harmful chemicals for the human body and the environment. Optimization of the working environment conforms to the trend of environmental protection.
- Low maintenance cost and high cost performance
The maintenance of mechanical products is very cheap because we use domestic parts, and the laser cutting machine has stable performance, robustness and durability, can run continuously, and has a great advantage in terms of subsequent maintenance costs.
FINANCIAL GAINS
Stability
Other lasers are very sensitive to motion and lose all optical alignment when bumped or jostled.
Quality and Power
We have already explained that the beam is retained in the center of the fiber. This process produces a straight beam that can be ultra-focused. and to cut thick metals with ease.
Energy Efficiency
The fiber laser remains efficient even though it uses nearly 100% of the input it receives. This means that less energy is being wasted converting to heat.
low maintenance
Fiber lasers, on the other hand, replace these CO2 laser mirrors with a much more resistant and maintenance-free fiber optic system. Optical alignments are carried out preventively only every 6 months.
Robustness
The fiber laser works perfectly with low amplitude noise and is resistant to the peculiarities of the industrial environment.
Energy consumption
A good example is a comparison between a 5kW CO2 laser cutting machine and a 3kW fiber laser cutting machine. While the CO2 one consumes around 70kW, the fiber one consumes approximately 25kW (bearing in mind that the two lasers have, in general, an equivalent performance).
cost reduction
Finally, this essential advantage of fiber lasers is the result of all of the above. Fiber optic lasers reduce operating and maintenance costs by up to 70% compared to other systems, see the sidebar:
HOW MUCH THICKNESS CAN A LASER CUT FIBER?
