Máquina de troquelado láser

¿Qué es una máquina troqueladora láser?

La máquina troqueladora láser es un equipo de alta precisión para la fabricación de troqueles que utiliza un rayo láser para procesar las planchas de madera para troqueles.

En sus inicios, los patrones se dibujaban en las planchas de troquelado con lápices o bolígrafos y, a continuación, se cortaban manualmente con una sierra de calar. Sin embargo, a medida que la demanda del mercado de planchas de troquelado aumentaba rápidamente y se hacía imprescindible una mayor precisión, este método de corte tradicional dejó de satisfacer las exigencias del sector.

At this time, laser cutting machines were introduced into the die-making industry. So many die makers called this equipment as the Máquina de troquelado láser.

¿Por qué utilizar la máquina troqueladora láser?

Diseño sencillo de plantillas de troquelado

Las placas de circuito impreso se diseñan directamente en el ordenador, sin necesidad de realizar dibujos a mano.

Alta precisión

The design is created in AutoCAD or CorelDRAW and saved in DXF or PLT format. After importing the file into Aolang Laser cutting software and setting the parameters, the machine runs automatically. The entire cutting process is precisely controlled by the system without manual intervention, so cutting accuracy is able to reach ±0.05 mm.

Alta eficiencia

The machine processes the entire board at one time and can operate continuously for 24 hours, which significantly improves production efficiency for die-making factories and helps increase overall economic benefits.

Muestras de troquelado por láser

Placa de troquelado para cajas

Placa de troquelado para cartón

Placa de troquelado para etiquetas

Puzzle Die Board

Laser Marking Die Board

Pulse Cutting Die Board

Different Types of Laser Die Cutting Machine

Máquina troqueladora láser tipo pórtico

Model: AL-GT600-1325

Laser Path: constant optical path

Power Option: 400W, 600W, 800W

Cutting Area: 1300mm*2500mm

Máquina de troquelado láser con mesa en cruz

Model: AL-CT600-1325

Laser Path: fixed optical path

Power Option: 400W, 600W, 800W

Cutting Area: 1200mm*1800mm

Máquina troqueladora láser de alta potencia

Model: AL-GT1500-1325

Laser Path: flying optical path

Power Option: 1500W, 2000W, 2500W

Cutting Area: 1300mm*2500mm

Máquina troqueladora láser de PVC

Model: AL-ST150-0906

Laser Path: flying optical path

Power Option: 150W, 300W

Cutting Area: 900mm*600mm

¿Cómo se maneja la máquina troqueladora láser?

1.Turn on the air compressor and dryer.

2.Turn on the water chiller.

3. Press three buttons below.

4. Click Aolang laser cutting software and import your design.

5. Modify parameters like cutting sequence and knife seam.

6. Press the ”Laser” button, and the machine starts cutting.

¿Cómo se realiza el mantenimiento de la máquina troqueladora láser?

1. Replacement Cycle

Replace purified water every 30 days.

2. Regular Cleaning

Dismantle the surrounding coverof the chiller every 15 days, and blow off internal dust with an air gun to maintain optimal cleanliness and ventilation.

3. Control of Ambient & Water Temperature

When ambient temperature ≥ 1°C, use purified water as cooling medium to guarantee stable heat dissipation performance.

When ambient temperature ≤ 0°C, replace purified water with CHIEF-25°C automotive windshield washer fluid. Filling volume per machine: 20L ~ 25L. Set water temperature to 10°C while keeping temperature difference at 5°C.

1. Focus Lens

Clean once before daily startup and once after lunch break every day.
Dip a cotton swab in industrial alcohol to wipe the lens gently to avoid scratching the mirror surface.

2. Reflective Mirror

Clean every 2 days to ensure clear and stable optical path transmission.

3. Laser Tube Output Mirror

Clean every 2 to 3 days (twice weekly approximately).
Inspect lens condition with a flashlight before cleaning.
Allow 3 to 5 minutes of volatilization after cleaning before restarting the machine, to prevent the output mirrordamage caused by residual alcohol.
Blow away dust with an air gun every 7 days to maintain efficient heat dissipation and prevent damage to the laser tube output lens caused by overheating.

4. Laser Copper Nozzle

Remove the copper nozzle upon daily work completion.
Soak the nozzle in clean water overnight.
Blow dry thoroughly with an air gun and reinstall before work the next morning.

1. Laser Power Supply

The laser power supplies aremounted beside the laser tube.
Blow dust off the power supplieswith an air gun every 15 days to avoid resistor burnout from overheating (burned resistors are non-repairable).

2. Drivers

Two drivers are installed inside the electrical cabinet under the operation console, accessible by opening the left side cover.

Every 3 months following steps below:

Press the Maintenancebutton on the operation panel.
The automatic oil pot starts lubrication with a preset runtime of 60 seconds.
Turn off the Maintenance button once the cycle finishes.

Regular lubrication effectively reduces mechanical abrasion and extends the service life of guide rails and ball screws.

Keep the equipment and working area dust-free and tidy.
Daily cleaning is recommended if conditions permit. If not feasible, blow dust off the work platform with an air gun and wipe debris with a clean rag every 3 to 7 days.