Plastic laser marking machine from Wuhan manufacturer, delicate and clear, with strong contrast. Plastic laser engraving machine prints black and white

Overview
This equipment is a high-tech product that integrates laser, computer, automatic control, and precision mechanical technology;
Generally, the laser marking system is mainly composed of a flexible and controllable laser source coupled with a high-speed and precise Motor system through software and hardware. In addition to being able to achieve marking processing, laser marking systems usually also have mechanical processing capabilities such as cutting, drilling, polishing, marking, scraping, etc.

The laser processing process starts in the same way, that is, the laser beam irradiates the surface of the workpiece.
Afterwards, different processing processes exhibit different characteristics. The interaction between the laser beam and the workpiece (absorption, reflection, and transmission) is the foundation of different processing. The nature of the two together determines what will happen in the processing process.

The so-called laser marking (also known as: coding, inkjet printing, engraving, typing, some people also become another type of printing),
It is to irradiate a laser beam with a high energy density on the surface of the processed material, allowing the material surface to absorb laser energy, and then generate an excitation process in the irradiation area, thereby causing the temperature of the material surface (or coating) to rise,
Produce physical and chemical changes such as vaporization, melting, and phase transformation, leaving a mark integrated with the base material.

The characteristics of modern laser processing:
Clean, no chemical pollution, low-carbon, and energy-saving;
Ensure the original accuracy of the material (non mechanical contact, stress free, local and very small thermal effects) and have a wide range of suitable materials; Good spatiotemporal control, suitable for automation and irregular processing, and flexible processing methods;
Computer controlled output, diverse and flexible processing content, which can better meet the needs of modern production and market innovation and speed;

Typical Features
Energy saving: less consumable pollution (clean production environment without contact with workpieces), high electro-optical conversion rate and low energy consumption (cost saving);

Stable performance: high repetitive machining accuracy;
Marking content: diverse and flexible (to meet the needs of personalized markets);
Marking speed: fast and efficient, with controllable and visible marking process and results; Easy to operate, easy to learn, and quick to get started;
Marking results: Clear and delicate, integrated with the substrate and not easily detached;
Equipment structure: compact, compact, stable, and highly integrated.

Different laser sources have different processing characteristics due to their targeting of different materials and application ranges:
For example, CO2 laser marking machines have good adaptability to non-metallic materials;
The fiber optic type performs well on most metal materials;
On plastic automotive parts, semiconductor type can demonstrate its good cost-effectiveness;
On new special materials such as glass, the green ultraviolet type is a more ideal choice;
In areas that emphasize special materials and processes (such as black, white, and colored), the fiber optic MOPA type is more suitable.

Applicable scope
The application range of this device is relatively broad, and it can be applied in various identification processes in various industries related to national economy and people's livelihood.

Currently, it has been established in industries such as packaging, handicrafts, clothing, daily chemicals, food, automotive parts, home appliances, electronics, machinery, hardware, and instruments

Get the favor of most customers.

Basic technical parameters

(Taking the UV cold light source series as an example, please inquire about others)

Laser and Crafts

With the development of laser processing, it can be said that there is nothing that cannot be processed with lasers!

It can only be said that it is a matter of suitability and economy.

For the handicraft industry, its unique and diverse materials, highly distinctive shapes, and traditional Chinese handicraft industry's cultural heritage endow its processing process with personalized and complex characteristics. The laser marking content can be tightly controlled from editing to output through professional marking software installed inside the computer, and has features such as anti-counterfeiting and traceability. And it has both practicality, which is also the original intention of handicrafts!

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