CO2 Precision Laser Cutting Machine Series

LCO506-A

CO2 Precision Laser Cutting Machine Series
  • Laser power: 30W/55W
  • Hans Yueming CO₂ Precision Laser Cutting Machine features servo motors and ball screw modules, ideal for cutting phone films and speaker mesh.

Features

Intergrated multi-functions into one, create more value for customer

  • Machine tool system with highly dynamic rigidity ensures a high-speed & high-accuracy cutting experience;

  • The dual-servo gantry and high-inertia servo motor are adopted, 0.5G acceleration speed;

  • Imported laser source and optical components are adopted.Good light spot , stable output power, low maintenance fee;

  • Self-developed laser cutting software, integrates excellent motion control system as well as graphic processing solution together.

Parameters

Optimization and innovation, make product faster, more stable and more assured.

ModelLC0506-A
Working area600×500mm
Overall dimension1320×1100×1200mm
Laser power30W/55W
Maximum airspeed1000mm/s
Repeated Positioning accuracy±0.02mm
Gross power4kW
Weight200kg
Supply voltage220V/50Hz
 Machine information and data

*The appearance, parameters, performance description, data, etc. of the products displayed on this page are all from the testing and experimentation of our company's own products in the internal laboratory of Dan's Yueming Laser Factory. They are for reference only, and the actual product shall prevail.

Application

This machine is designed for the non-metal material cutting, such as materials requiring high cutting precision, the gdf film, Polarizer, PET for touch screen, OCA, electronic paper, hand-writing board, flexible OLED . Labels, fabrics , advertising materials , packaging materials as well as greeting cards can be applied too

Product Video

Every detail strives for perfection, with humanized operation desks, all-round design, and stainless steel edging, to create industrial products with luxury requirements to meet your needs for product appearance and taste.

Related industry

High-end field, disruptive innovation

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