High Speed Cutting Heavy Duty Stamping Parts Processing Laser Cutting Machine

• Warranty: 1
• Aplicação: Eletrodoméstico, Equipamento Ambiental, Petróleo Machinery Manufacturing, Máquinas Agrícolas, Textile Machinery, Food Machinery, Indústria aeroespacial, Indústria automobilística, Indústria do calçado, Artigos de madeira Indústria
• Sistema de arrefecimento: Resfriamento de água
• Classe Técnico: Laser de onda contínua
• Material aplicável: metal
• Estrutura Tipo: Tipo Gantry
• N ° de Modelo.: DT007
• Classificação Laser: Laser livre Electron
• Tecnologia Laser: Corte Controle Laser Fault
• material: metal
• peso: 2000 kg
• estilo: laser
• Pacote de Transporte: Wooden Box
• Especificação: customize
• Marca Registrada: Huiding
• Origem: Shandong

Descrição de Produto

High speed cutting heavy duty stamping parts processing laser cutting machine


Equipment usage: Mainly used for cutting low-carbon steel, stainless steel, aluminum-magnesium alloy, titanium alloy, high-temperature alloy, and other metal materials


Processing scope and capabilities
1. Suitable for cutting space: two-dimensional plane cutting;
2. Cutting range: high-quality cutting of 0.5~12mm carbon steel, 0.5~6mm stainless steel
3. Typical cutting samples
 

MFSC-1500(50μm)Cut data
Material	thickness(mm)	speed(m/min)	gas	Nozzle type	Cutting effect
Carbon steel (Q235B)	1	32~35	N2	single:1.0	Glossy
	2	9~10	N2	single:1.5
	3	2.9~3.2	O2	double:1.0
	4	2.4~2.6	O2	double:1.0
	5	1.8~2.0	O2	double:3.0	frosted surface
	6	1.6~1.8	O2	double:3.0
	8	1.1~1.3	O2	double:3.0
	10	0.9~1.0	O2	double:3.0
	12	0.8~0.9	O2	double:3.0
	14	0.6~0.7	O2	double:4.0
Stainless steel (SUS304)	1	32~35	N2	single: 1.0	No residue
	2	9~10	N2	single: 1.5
	3	4.2~4.5	N2	single: 2.0
	4	2.1~2.3	N2	single :3.0
	5	1.6~1.8	N2	single: 3.5
	6	1.0~1.2	N2	single: 3.5
	8	0.5~0.6	N2	single: 4.0	A small amount of residue
	Materials with green thickness indicate that they can be processed in large quantities over a long period of time.
	Materials with yellow thickness can be processed, but as the temperature of the material rises, cutting air pressure fluctuates, the composition of the sheet is uneven and other factors fluctuate, the processing process becomes unstable, and it is recommended to use a higher power laser.
	Materials with red thickness indicate that they can be cut and cannot be processed in batches.
Add	1, In the cutting data, the core diameter of the output fiber of the 1500W laser is 50 microns;
	2, This cutting data uses a Jiaqiang cutting head, and the optical ratio is 100/125 (collimation/focusing lens focal length);
	3, Cutting auxiliary gas: liquid oxygen (purity 99.99%) liquid nitrogen (purity 99.999%);
	4, Due to differences in various equipment configurations and cutting processes (machine tools, water cooling, environment, cutting gas nozzles, gas pressure, etc.) used by different customers, this data is for reference only.
MFSC-1500(50μm)

1 Fiber laser cutting machine host
   The main machine of the machine tool is composed of the bed, beam, exchange table, Z-axis device, operation control part, air path, and water path.
(1)Machine body part:
The machine body adopts an integral welded structure of square tubes. It is rough machined after eliminating internal stress, and fine machined after secondary vibration aging treatment. This can better solve the stress caused by welding and processing, thus greatly improving the efficiency of the machine tool. stability.
  The X, Y, and Z axes all use high-torque servo motors, equipped with high-rigidity precision reducers, grinding gear racks, high-precision linear guides and other efficient transmission mechanisms, which effectively ensure the accuracy of transmission; the machine tool is equipped with an automatic lubrication device. The cutting area is equipped with a partitioned dust removal and smoke exhaust device, and a waste cart is installed at the bottom of the cutting area, which can be pulled out and cleaned regularly.
(2)beam part:
   It is made of aluminum alloy material, which is light in weight and has good dynamic performance. It adopts the integral casting method, rough machining after eliminating internal stress, and fine machining after secondary vibration aging treatment, ensuring the overall strength, rigidity, and stability of the beam.
(3)Exchange workbench section
    This plan does not include a switching workbench
(4)Z-axis moving unit up and down:
The Z-axis up-and-down device realizes the up-and-down movement of the cutting head. After the capacitive sensor in the Z-axis device detects the distance from the cutting nozzle to the surface of the plate, it feeds the signal back to the control system, and then the control system controls the Z-axis motor to drive the cutting head to move up and down, thus controlling the distance between the cutting nozzle and the plate to remain unchanged. , effectively ensuring cutting quality.
(5)Air and water system:
     The air path of the fiber laser cutting machine has two parts. One part is the cutting gas provided to the cutting head: clean and dry compressed air, nitrogen, and oxygen; the other part is auxiliary compressed air, which is used to clamp the partitioned cylinder and workbench during partitioned ventilation. Cylinder gas, etc.
The water system of the fiber laser cutting machine mainly consists of two parts: after the cooling water comes out of the chiller, it enters the laser in two ways, and one way enters the cutting head part of the laser machine to cool it; all the way it enters the interior of the fiber laser to cool it; Return to the chiller after the cycle.