| Quantity: | |
|---|---|
Laser Cutting Machine Specifications
Item |
Parameter |
Unit |
Work Area |
2000 x 3000 |
mm |
Laser Power |
6000 |
W |
Worktable Type |
Exchange Platform |
|
Model Number |
BKJ-F-2030D |
|
Laser Type |
Fiber Laser |
|
Cooling System |
Water Cooling system |
|
Control System |
Bochu |
|
Drive Motor |
DELTA |
|
Power Voltage |
220/380 |
V |
Power Frequency |
50/60 |
Hz |
Weight |
2000 |
kg |
External Dimensions |
2000*3000 |
mm |
Cutting materials&applicable fields&Cutting samples |
|||
Material |
Thickness(mm) |
Auxiliary gas |
Reference cutting speed |
Stainless steel |
1-14 |
N2 |
18--25m/min(1mm) |
Mild steel |
1-25 |
O2 |
8.0--10m/min(1mm) |
Aluminum |
1-12 |
N2 |
6.0--10m/min(1mm) |
Brass |
1-12 |
N2 |
6.0--10m/min(1mm) |
Exchange Platform Fiber Laser Cutting Machine advantages:
Increased Production Efficiency: The exchange platform allows the operator to prepare the next piece of material while the laser cutter continues processing the current one. This eliminates downtime associated with material changes after each cut, significantly shortening the overall processing cycle.
Continuous Production: It enables near-continuous production, minimizing idle time and maximizing throughput.
More Efficient Batch Production: The benefits of an exchange platform are particularly pronounced for tasks requiring the cutting of a large quantity of the same or similar materials. Multiple work platforms can be prepared in advance for highly efficient batch production.
Reduced Manual Intervention: It reduces the need for frequent material changes by the operator, lowering the likelihood of human error and freeing up the operator for other tasks.
Longer Operating Time: Due to reduced downtime, the laser cutter can achieve longer continuous operating times, making better use of the equipment.
Ideal for High-Volume, Identical Product Production:Exchange platforms are best suited for producing large quantities of identical or very similar products, such as mass-producing parts or engraving the same design repeatedly.
Main Machine Parts
Aerospace-Grade Extruded Aluminum Gantry
This gantry features a structure similar to a gantry, a lightweight design, utilizes aviation-grade extruded aluminum, and undergoes artificial aging and solution treatment for its finish. The gantry boasts superb rigidity, surface quality, and integrity. It also delivers exceptional dynamic performance and is ideal for high-speed cutting.
Raytools Fiber Laser Head
Raytools laser head for high-power applications, offering rapid processing speeds and exceptional precision.
MAX Laser Technology
The MAX laser technology boasts superior electro-optical conversion efficiency of over 30%, as well as exceptional optical quality, robust altitude stress resistance, and an optimized second-generation fiber transmission system. These features ensure a more stable and precise cutting effect, especially in thick sheet cutting applications. The MAX laser machine is versatile and can be used for cutting, welding, holing, medical device processing, and more, producing narrow seams and bright sections. When compared to other lasers, the MAX laser technology offers significant advantages.
Laser Cutting Machine Specifications
Item |
Parameter |
Unit |
Work Area |
2000 x 3000 |
mm |
Laser Power |
6000 |
W |
Worktable Type |
Exchange Platform |
|
Model Number |
BKJ-F-2030D |
|
Laser Type |
Fiber Laser |
|
Cooling System |
Water Cooling system |
|
Control System |
Bochu |
|
Drive Motor |
DELTA |
|
Power Voltage |
220/380 |
V |
Power Frequency |
50/60 |
Hz |
Weight |
2000 |
kg |
External Dimensions |
2000*3000 |
mm |
Cutting materials&applicable fields&Cutting samples |
|||
Material |
Thickness(mm) |
Auxiliary gas |
Reference cutting speed |
Stainless steel |
1-14 |
N2 |
18--25m/min(1mm) |
Mild steel |
1-25 |
O2 |
8.0--10m/min(1mm) |
Aluminum |
1-12 |
N2 |
6.0--10m/min(1mm) |
Brass |
1-12 |
N2 |
6.0--10m/min(1mm) |
Exchange Platform Fiber Laser Cutting Machine advantages:
Increased Production Efficiency: The exchange platform allows the operator to prepare the next piece of material while the laser cutter continues processing the current one. This eliminates downtime associated with material changes after each cut, significantly shortening the overall processing cycle.
Continuous Production: It enables near-continuous production, minimizing idle time and maximizing throughput.
More Efficient Batch Production: The benefits of an exchange platform are particularly pronounced for tasks requiring the cutting of a large quantity of the same or similar materials. Multiple work platforms can be prepared in advance for highly efficient batch production.
Reduced Manual Intervention: It reduces the need for frequent material changes by the operator, lowering the likelihood of human error and freeing up the operator for other tasks.
Longer Operating Time: Due to reduced downtime, the laser cutter can achieve longer continuous operating times, making better use of the equipment.
Ideal for High-Volume, Identical Product Production:Exchange platforms are best suited for producing large quantities of identical or very similar products, such as mass-producing parts or engraving the same design repeatedly.
Main Machine Parts
Aerospace-Grade Extruded Aluminum Gantry
This gantry features a structure similar to a gantry, a lightweight design, utilizes aviation-grade extruded aluminum, and undergoes artificial aging and solution treatment for its finish. The gantry boasts superb rigidity, surface quality, and integrity. It also delivers exceptional dynamic performance and is ideal for high-speed cutting.
Raytools Fiber Laser Head
Raytools laser head for high-power applications, offering rapid processing speeds and exceptional precision.
MAX Laser Technology
The MAX laser technology boasts superior electro-optical conversion efficiency of over 30%, as well as exceptional optical quality, robust altitude stress resistance, and an optimized second-generation fiber transmission system. These features ensure a more stable and precise cutting effect, especially in thick sheet cutting applications. The MAX laser machine is versatile and can be used for cutting, welding, holing, medical device processing, and more, producing narrow seams and bright sections. When compared to other lasers, the MAX laser technology offers significant advantages.
