Introduction

The 4th generation SF3015H high power fiber laser cutter is mainly designed for high power :6kw to 20kw, it is with full-protection cover, which can prevent the laser radiation and protect the worker safety, reduce the environment pollution; and it is also with auto-exchangeable platforms, which can save the materials loading time, improve the processing efficiency. The exchange platform only takes 20 seconds to complete the exchange. The SF3015H4 high power laser cutter has passed CE/FDA /ETL certifications, which is in line with European and American standards.

Technical Parameters of The Fourth Generation SF3015H Fiber Laser Cutter

Laser Power :6KW/8KW/10kW/12KW/20KW
Work Area :3000*1500mm/9.84*4.92ft
X-axis Travel :1530mm/5ft
Y-axis Travel :3050mm/10ft
Z-axis Travel :390mm/1.27ft
Positioning Accuracy :±0.05mm
Repeated Positioning :±0.02mm
Maximum Speed :180m/min
Maximum Acceleration :2.0G
Table Maximum Load(KG) :1400
Outline Size（mm）:8910*2815*2515
Power Parameters :Three-phase AC 380V 50Hz
Protection Level of Total Power Supply :IP54

Cutting material and thickness in millimeters (mm)

Steel 6KW 8KW 12KW
Carbon steel(mm) 0.5-25 0.5-30 0.5-50
Stainless steel(mm) 0.5-18 0.5-30 0.5-50
Brass (mm) 0.5-12 0.5-16 0.5-26
Aluminum (mm) 0.5-12 0.5-30 0.5-50
Cutting material and thickness in inches (inch)

Steel 6KW 8KW 12KW
Carbon steel(inch) 0.019-0.984 0.019-1.181 0.019-1.968
Stainless steel(inch) 0.019-0.708 0.019-1.181 0.019-1.968
Brass (inch) 0.019-0.472 0.019-0.629 0.019-1.023
Aluminum (inch) 0.019-0.472 0.019-1.181 0.019-1.968
Main Configuration of The Fourth Generation SF3015H

1.Heavy-duty thermally isolated hollow bed

The heavy-duty thermally isolated hollow bed is welded with high-quality steel plates and pipes. After welding, stress relief annealing, secondary aging treatment, and ultra-large gantry milling machine precision processing ensure that the bed has sufficient structural stability and shock resistance. Withstand higher acceleration. There is no connection inside the bed to block heat transfer, avoiding the heat generated by cutting from being transferred to the bed and affecting the processing accuracy. The bed will not be deformed after long-term use, which improves the service life of the equipment.