Paramètres de découpe laser 1000 W : dévoilement de la précision et de l'efficacité

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In the dynamic world of metal fabrication, precision and efficiency are paramount. The latest 1000W découpe laser machine with a 50μm single-mode laser source is designed to meet these demands, offering unparalleled cutting capabilities. This article explores the cutting parameters of our advanced 1000W laser cutter, providing you with the detailed information needed to optimize your operations and achieve superior results.

Introduction to 1000W Laser Cutting

Laser cutting technology has revolutionized the metalworking industry, offering precision, speed, and versatility that traditional cutting methods cannot match. Our newly developed 1000W laser cutting machine is equipped with a 50μm single-mode laser source, making it ideal for a wide range of applications from thin sheet metal to more complex designs. Understanding the cutting parameters is crucial to maximizing the performance and efficiency of this powerful tool.

1000W Laser Cutting Parameters Overview

The cutting parameters for a 1000W laser cutting machine are essential to achieving high-quality cuts with minimal waste. These parameters include cutting speed, focal position, gas pressure, and power settings, which vary based on the material type and thickness. Below, we present a comprehensive table of cutting parameters for different materials to help you achieve optimal results.

Material	Thicknes (mm)	Speed (m/min)	Power (W)	Gas	Pressure (bar)	Nozzles (mm)	Focus Point (mm)	Cutting Height (mm)
Acier au carbone	0.8	18-20	1000	N2 / Air	11	2.0 Single	0	0.6
Acier au carbone	1	10-15	1000	N2 / Air	11	2.0 Single	0	0.6
Acier au carbone	2	4-5	1000	O2	1.5	1.0 Double	3	0.6
Acier au carbone	3	2.5-3.2	1000	O2	0.6	1.0 Double	4	0.6
Acier au carbone	4	2.3-2.8	1000	O2	0.6	1.0 Double	4	0.6
Acier au carbone	5	1.8-2.1	1000	O2	0.6	1.0 Double	5	0.6
Acier au carbone	6	1.2-1.5	1000	O2	0.6	1.0 Double	6	0.6
Acier au carbone	8	1-1.1	1000	O2	0.6	1.5 Double	5.5	1.5
Acier au carbone	10 *	0.7-0.9 *	1000	O2	0.6 *	1.5 Double *	+5 *	1.5 *
Acier inoxydable	0.8	18-22	1000	N2	10	2.0 Single	0	0.5
Acier inoxydable	1	13-18	1000	N2	12	2.0 Single	0	0.5
Acier inoxydable	2	4-6	1000	N2	12	2.0 Single	-1	0.5
Acier inoxydable	3	2.5-3	1000	N2	12	3.0 Single	-1.5	0.5
Acier inoxydable	4	1-1.5	1000	N2	14	3.0 Single	-2	0.5
Acier inoxydable	5 *	0.6-0.8 *	1000	N2	16 *	3.0 Single *	-3 *	0.5 *
Aluminium Alloy	0.8	18-20	1000	N2	10	2.0 Single	0	0.8
Aluminium Alloy	1	10-15	1000	N2	12	2.0 Single	0	0.5
Aluminium Alloy	2	4-5	1000	N2	14	2.0 Single	-1	0.5
Aluminium Alloy	3	1-1.5	1000	N2	16	2.0 Single	-1.5	0.5
Brass	1	8.0-10	1000	N2	10	2.0 Single	0	0.5
Brass	2	2.0-2.5	1000	N2	14	2.0 Single	-1	0.5
Brass	3 *	0.8-1.0 *	1000	N2	16 *	3.0 Single *	-1.5 *	0.5 *

Note: The actual batch cutting, affected by machine tools, systems, cutting head, air pressure, materials and other factors, the data may be changed, the asterisks marked parameters in the table are proofing parameters, in the actual processing is greatly affected by various factors, only suitable for small batch production, mass production and processing is not recommended, it is recommended to use higher power laser.

Understanding and applying the correct 1000W laser cutting parameters is essential for achieving high-quality, precise cuts. By fine-tuning power output, cutting speed, focus position, gas pressure, and pulse frequency, you can optimize your laser cutting operations to meet specific material requirements. Our latest 1000W laser cutting machine, with its advanced features and customizable parameters, ensures superior performance and efficiency.

For more detailed information and to explore how our 1000W laser cutting machine can enhance your production process, visit our website page. Stay tuned for more updates and insights on laser cutting technologies.