Laser Cutting Machine for Metal for Industrial Sheet Metal Processing

A laser cutting machine for metal is an essential production tool for modern sheet metal manufacturing. By using a high energy laser beam combined with precise CNC control, the machine enables accurate cutting of metal sheets with clean edges and minimal deformation. This type of metal laser cutting machine is widely used in industrial environments where precision consistency and production efficiency are critical. Designed for continuous operation in fabrication workshops and OEM factories, the system supports stable processing of various metal materials while maintaining high cutting quality across different thickness ranges.

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No.	Nombre		63/1500	63/2100	63/2550	100/3200	100/4100	150/3200	150/4100	220/3200	220/4100	250/3200	250/4100	320/3200	320/4100	Unidad
1	Presión nominal		630	630	630	1000	1000	1500	1500	2200	2200	2500	2500	3200	3200	KN
2	Longitud de plegado		1500	2100	2550	3200	4100	3200	4100	3200	4100	3200	4100	3200	4100	MM
3	Espaciado entre columnas		1200	1600	2050	2700	3600	2700	3600	2700	3600	2700	3600	2700	3600	MM
4	Carrera del cilindro		215	215	215	215	215	215	215	215	215	225	225	315	315	MM
5	Altura de apertura		580	580	580	580	580	580	580	580	580	580	580	680	680	MM
6	Profundidad de la garganta		350	350	350	390	390	405	405	405	405	405	405	405	405	MM
7	Velocidad de desplazamiento del control deslizante	Rápido, ¡bájate!	185	185	185	220	220	180	180	160	160	150	150	130	130	MM/S
8		Avance de los trabajos	19	19	19	17	17	14	14	12	12	10	10	9.5	9.5	MM/S
9		Volver	180	180	180	210	180	180	170	160	150	150	140	120	110	MM/S
10	Recorrido del eje X		500	500	500	500	500	500	500	500	500	500	500	500	500	500
11	Recorrido del eje R		200	200	200	200	200	200	200	200	200	200	200	200	200	200
12	Velocidad del eje X		400	400	400	400	400	400	400	400	400	400	400	400	400	400
13	Velocidad del eje R		200	200	200	200	200	200	200	200	200	200	200	200	200	200
14	Potencia del motor principal		8.7	8.7	8.7	10.8	10.8	13.2	13.2	16.7	16.7	16.7	16.7	22	22	KW
15	Volumen de aceite hidráulico		130	180	200	300	400	300	400	300	400	300	400	400	500	L
16	Dimensiones (L × An × Al)		2000/1620/2470	2600/1620/2470	3150/1620/2470	3720/1720/2550	4620/1720/2550	3780/1730/2600	4680/1730/2600	3830/1800/2670	4730/1800/2670	3830/1800/2670	4730/1800/2670	3880/2100/3250	4760/2100/3250	MM
17	Espesor de la máquina herramienta (placa vertical, carro, mesa de trabajo)		40/50/60	40/50/60	40/50/60	50/60/80	50/70/90	60/70/90	60/80/100	70/80/100	70/90/110	70/80/100	70/90/110	80/90/110	80/100/120	MM
18	Diámetro interior del cilindro		115	115	115	150	150	180	180	220	220	230	230	270	270	MM
19	Diámetro del vástago del cilindro		110	110	110	145	145	173	173	210	210	220	220	260	260	MM
20	Peso de la máquina		4500	5000	6000	8500	10500	9200	11600	11000	13200	11000	13200	16800	19000	kg
21	Caudal de la bomba de aceite		16	16	16	20	20	25	25	32	32	32	32	40	40	L

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Designed for Precision Metal Cutting

Laser cutting machines for metal are engineered to deliver reliable performance under demanding production conditions. Structural rigidity and intelligent control systems work together to ensure accuracy and long term stability during high speed cutting.

Plegadora servohidráulica STON Serie PBS

Procesamiento de precisión

Flujo automatizado

Configuración flexible

Key Features of Our Metal Laser Cutting Machine

Características principales

High Accuracy Cutting Performance

The CNC controlled motion system ensures precise cutting paths and repeatable dimensional accuracy for complex metal parts.

Wide Material Adaptability

Suitable for cutting carbon steel stainless steel aluminum and other common metal sheets used in industrial fabrication.

High Speed Production Capability

Optimized laser power control allows fast cutting while maintaining stable edge quality and minimal thermal distortion.

Reduced Post Processing

Clean cutting edges reduce the need for secondary finishing operations such as grinding or deburring.

Automation Ready Design

The machine can be integrated with automatic loading unloading systems to support continuous production workflows.

Industrial Grade Reliability

Designed for long term operation in factory environments with stable performance and low maintenance requirements.

Consistent Cutting Quality for Downstream Fabrication

The quality of metal cutting directly affects subsequent fabrication processes such as bending welding and assembly. Inaccurate cutting can lead to fitting issues material waste and increased production costs. Our laser cutting machine for metal focuses on maintaining stable cutting results throughout long production cycles. Accurate hole positioning smooth edges and consistent part geometry help manufacturers improve downstream efficiency and ensure reliable integration with sheet metal bending and forming processes.

Main Systems of Laser Cutting Machine for Metal

A laser cutting machine for metal is composed of multiple core systems that work together to deliver precision reliability and production efficiency. Cutting performance is not determined by laser power alone but also by structural stability motion control and intelligent system coordination.

Each machine is engineered as a complete cutting system with optimized interaction between the frame laser source cutting head drive units and CNC control platform. This system level design ensures consistent metal cutting accuracy stable operation and long service life in industrial manufacturing environments.

01

Machine Structure and Frame System

The rigid frame design minimizes vibration and deformation during high speed metal cutting operations.

02

Laser Source System

Provides stable energy output to support efficient cutting across different metal thicknesses.

03

Cutting Head and Optical System

Ensures accurate focus control smooth edge quality and reliable cutting precision.

Dispositivo de protección de manos contra el láser (opcional)

04

Sistema de accionamiento por movimiento

Servo driven axes enable precise positioning and stable cutting paths.

05

Sistema de control CNC

Manages cutting parameters motion coordination and production efficiency.

06

Sistema de seguridad y protección

Protective enclosures and safety mechanisms support safe industrial operation.

Matriz para evitar el doblado y el posicionamiento

Visitas a fábricas de clientes

Experimente de primera mano nuestra excelencia en la fabricación

Creemos en el establecimiento de relaciones sólidas y transparentes con nuestros clientes. Por eso invitamos a nuestros socios a visitar nuestras vanguardistas instalaciones de fabricación y ver de cerca nuestro proceso de producción.

Anthony

Con la dobladora de paneles de STON, nuestra precisión en el doblado mejoró considerablemente y redujimos la mano de obra en un 40%. El retorno de la inversión se logró en menos de un año.

Gerente de Adquisiciones, Climatización

Fábrica de componentes (Alemania)

Jeffrey

“Gracias a la personalización realizada por el equipo de STON, nuestra línea de producción funciona ahora 30% más rápido y con una mayor uniformidad del producto”.”

Propietario de una fábrica de utensilios de cocina de acero inoxidable

Fabricante (EE. UU.)

Jared

“Estable, precisa y fácil de manejar: la dobladora de paneles de STON ha aumentado nuestra producción y reducido los costos de mano de obra”.”

– Director de Operaciones, Cuadros Eléctricos

Fábrica (Canadá)

FAQ｜CNC Laser Cutting Machine

PREGUNTAS FRECUENTES

What is a laser cutting machine for metal used for

A laser cutting machine for metal is used to cut metal sheets with high precision by focusing a laser beam onto the material surface. It is commonly applied in sheet metal fabrication enclosures structural components and industrial parts manufacturing where accuracy and repeatability are required.

What types of metal can be processed

The machine is suitable for processing common industrial metals including carbon steel stainless steel aluminum and other metal alloys. Different materials and thickness ranges can be handled by adjusting cutting parameters and laser power configuration.

How does laser cutting improve fabrication accuracy

Laser cutting uses a non contact processing method which reduces mechanical stress on the material. Combined with CNC motion control it enables precise cutting paths clean edges and consistent dimensional accuracy across repeated production cycles.

Is a laser cutting machine suitable for continuous industrial production

Yes the machine is designed for long term operation in industrial environments. Stable structure reliable components and intelligent control systems support continuous cutting with minimal downtime when properly maintained.

Can the machine be integrated into automated production lines

Laser cutting machines for metal can be integrated with automatic loading unloading and material handling systems. This allows manufacturers to build automated sheet metal processing lines and improve overall production efficiency.