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A laser engraving or cutting machine is positioned above a metallic surface, with its nozzle directed downward. The machine features warning labels, and the environment appears industrial, with a grid-like surface underneath.
A laser engraving or cutting machine is positioned above a metallic surface, with its nozzle directed downward. The machine features warning labels, and the environment appears industrial, with a grid-like surface underneath.

Innovación

Máquinas de fibra óptica para grabado y corte.

A laser cutting machine is in operation, emitting bright sparks as it cuts through a sheet of metal. The machine's head is positioned above the sheet, and intricate patterns are visible on the metallic surface. The scene is well-lit by the intense light of the sparks, highlighting the precision and industrial nature of the process.
A laser cutting machine is in operation, emitting bright sparks as it cuts through a sheet of metal. The machine's head is positioned above the sheet, and intricate patterns are visible on the metallic surface. The scene is well-lit by the intense light of the sparks, highlighting the precision and industrial nature of the process.
A laser cutter is in operation, with a beam slicing through a sheet of material placed on a cutting bed. The metallic nozzle of the machine is visible, directing the laser precisely along the edge.
A laser cutter is in operation, with a beam slicing through a sheet of material placed on a cutting bed. The metallic nozzle of the machine is visible, directing the laser precisely along the edge.

Preguntas Frecuentes

¿Qué es una máquina láser de fibra óptica?

Una máquina láser de fibra óptica es un equipo industrial que utiliza un rayo láser generado y transmitido a través de fibras ópticas especiales (en lugar de espejos o tubos de CO₂, como en otros tipos de láser). Estas fibras están dopadas con elementos como iterbio (Yb), lo que permite amplificar la luz y generar un haz muy intenso y preciso.

¿Cómo elegir la máquina adecuada para ti?
¿Qué materiales puedo usar?
¿Son difíciles de operar?
¿Qué tipo de mantenimiento requiere?

Se puede grabar en metales como latón, aluminio, acero al carbón, acero inoxidable, titanio y cobre. Además de metales preciosos como el oro y la plata. Algunas versiones graban también en algunos plásticos duros, cerámica y piedra.

Una de las principales ventajas de una máquina láser de fibra óptica es que no requiere de mucho mantenimiento y brinda hasta 100,000 horas de uso continúo en algunas versiones.

Platicános más sobre tu proyecto o la aplicación para darte nuestra mejor recomendación ya que un alcance bien definido tiene un óptimo aprovechamiento de costo-beneficio.

Se utiliza un programa o software que incluimos con la compra de tu máquina en dónde te enseñamos como hacer tus grabados y cortes de forma sencilla.

Proyectos de Innovación

Explora nuestras soluciones en tecnología de fibra óptica.

A laser cutting machine is in the process of cutting through a sheet of material. The laser emits a bright light as it precisely cuts along the edge. The machine's nozzle is positioned closely to the material, demonstrating a high level of precision.
A laser cutting machine is in the process of cutting through a sheet of material. The laser emits a bright light as it precisely cuts along the edge. The machine's nozzle is positioned closely to the material, demonstrating a high level of precision.
Corte de Metales

Soluciones precisas para grabado y corte láser.

A row of metallic laser modules with visible warning labels and engraved text. The modules are aligned neatly, showcasing their industrial design. The labels contain laser hazard warnings and technical specifications.
A row of metallic laser modules with visible warning labels and engraved text. The modules are aligned neatly, showcasing their industrial design. The labels contain laser hazard warnings and technical specifications.
A green laser system placed on a perforated metallic surface. The system consists of a main driver unit labeled 'DPSSL DRIVER FA' and an emitting unit. The front panel of the driver unit has a digital readout displaying the value '1325', buttons, and indicator lights. A visible green laser beam is emitted from the top unit, projecting onto a wall in the background, creating a green spot and a faint shadow of the apparatus.
A green laser system placed on a perforated metallic surface. The system consists of a main driver unit labeled 'DPSSL DRIVER FA' and an emitting unit. The front panel of the driver unit has a digital readout displaying the value '1325', buttons, and indicator lights. A visible green laser beam is emitted from the top unit, projecting onto a wall in the background, creating a green spot and a faint shadow of the apparatus.
An optical fiber amplifier device sits on a perforated black metal surface. The device has a digital display showing numerical information and control buttons next to it. A red light indicator labeled 'ACTIVE' is illuminated. A key is inserted into a lock on the front panel. Blue fiber optic cables are connected to the IN and OUT ports.
An optical fiber amplifier device sits on a perforated black metal surface. The device has a digital display showing numerical information and control buttons next to it. A red light indicator labeled 'ACTIVE' is illuminated. A key is inserted into a lock on the front panel. Blue fiber optic cables are connected to the IN and OUT ports.
Máquinas de Fibra

Equipos innovadores para tu negocio o proyecto.