Erlase G Series Fiber Laser Cutting Machine

The fiber laser cutting machine is one of the key elements of modern production and metalworking. This type of equipment allows you to process various types of metals with high accuracy and quality, which makes it indispensable when creating complex metal structures. 

The ERLASE-G series fiber laser cutting machine is a powerful laser intelligent machine for heavy-duty operation.

This is:

• Designed for high-power laser, the heavy-duty machine can stably and continuously process all kinds of plates.
• The use of dynamic heat compensation technology effectively ensures long-term and stable use and perfect cutting accuracy of the machine.
• An upgraded machine with a welded metal plate and a grooved and tenon joint design to effectively solve the problems of deformation of the machine body and unstable processing.
• A multipoint support balancing method that provides multiple stability guarantees and ensures stress balance to prevent the machine from sinking.
• Intelligent zonal ventilation system with high ventilation and dust removal efficiency for good health and environmental protection.
• Can be equipped with automatic warehousing, fully automatic loading/unloading system to expand the automatic production line.
• Complies with CE, FDA, ETL, UL standards.

CNC control system

EtherCAT

• All modules of the EtherCAT bus management platform are developed based on this technology. The central processor performs all data calculations, which is safe. The platform has a self-diagnosis function and is completely open.
• The equipment uses the most famous numerical control system and has a large screen.
• This is a professional laser cutting system developed on the basis of the Windows operating system and combines many laser cutting modules with special functions.
• Equipped with a wireless keyboard and a wireless mouse, the equipment has a simple and intuitive operation system.
• The control system and software allow avoiding the loss of communication time between several processors in a traditional structure, which leads to a decrease in system performance.
• The high-speed ETHERCAT communication protocol provides a very short control period and environmental reliability.
• Having sufficiently high dynamic properties, the original servo kit is used, which allows to significantly improve the performance characteristics.

Fiber laser generator

Fiber laser refers to a laser containing glass fiber doped with rare earth elements as an amplifying medium.Due to the small diameter of the fiber core, high power density can be easily created inside this core.The fibers are very flexible, so the fiber laser has characteristics such as small size, flexibility, compactness, cost-effectiveness and simplicity of system integration.

• High power/small light spot;
• High stability;
• High efficiency of electro-optical conversion;
• Modular design and installation simplify machine maintenance and reduce downtime;
• Compact and stable design;
• An inexpensive and environmentally friendly solution in which a semiconductor fiber is used as a laser generation medium, without generating gas.

Laser cutting head

• Automatic focusing system;
• Lightweight design with fast acceleration;
• Continuous monitoring of protective lenses;
• Protection of a closed optical path;
• The cooling method quickly reduces the surface temperature of the sheet metal;
• The LED operation indicator shows the state of the cutting head.

Machine body with hollow structure

• Using a hollow structure to reduce the heating area and reduce the impact of heat on the machine, which prolongs the service life of the machine;
• The use of high-strength sheet for welding guarantees a stable machine design and long-term and stable operation of the equipment;
• The machine body has been treated with a high-temperature method to relieve the internal stress of the material, which ensures high strength, precision and welding quality.
  

Floating crossbeam

• The use of a floating crossbeam structure to compensate for the impact caused by the degree of parallelism of the reference points on both sides of the machine body during prolonged use guarantees cutting accuracy.
• The floating cross beam serves to protect the sliding block, reducing the overwhelming force and the rupture of the side under the influence of force, thereby reducing the number of deviations from straight and rounded shapes.

Zonal ventilation system

• The use of zonal and segment ventilation and subsequent control of cylinder operation in various zones to reduce energy consumption and increase efficiency;
• Only the suction opening opens for the cutting working range, which provides a shorter path, more centralized and powerful wind energy, as well as a better dust removal effect.

High-strength cross beam

• The use of an extruded aluminum crossbeam structure provides a low total weight, high tensile strength and excellent dynamic characteristics;
• Thanks to the simulated data analysis, testing of various models and lengths, the quality, rigidity and durability of the cross beam is ensured throughout the entire service life.

Servo motor

• Proprietary servo motor and high-resolution encoder drive;
• Combining high dynamics, compact design and energy efficiency.

Precision gear drive

• Precision gears and rails are processed and ground;
• Ultra-high matching speed and accuracy, high engagement frequency, smooth and silent rotation;
  
• Compact load-driven design for effective torque reduction and vibration elimination;
• The use of a double-drive gantry displacement system for higher acceleration and faster movement.

Erlase laser cutting machines on Enex