Quality SMT Machine Precision 1064nm 5W UV Laser Marking Machine For Sapphire IC Grains Glass factory

SMT Machine Precision 1064nm 5W UV Laser Marking Machine For Sapphire IC Grains Glass

Name: SMT Machine Precision 1064nm 5W UV Laser Marking Machine For Sapphire IC Grains Glass
Brand: Shenzhen Wenzhan Electronic Technology Co., Ltd.
SKU: WZ-102
Price: 240.00 USD
Availability: InStock

Brand Name

wenzhan

Product Model

WZ-102

MOQ

1 set/sets

Unit Price

Negotiable

payment method

T/T, Western Union, Paypal, Credit card

Supply Capacity

5000

Product Details

Highlight:

SMT Machine Laser Marking Machine

5W UV Laser Marking Machine

Precision 1064nm Laser Marking Machine

Product Name: 5W UV Laser Marking Machine

Laser Wavelength: 1064nm

Model: WZ-102

Dimensions: 950*750*1450MM

Laser Power: 1W 3W 5W 7W 8W

Core Components: Laser Power Supply, Air Cooling System, Field Lens, Mirrors

Delivery: Ups,dhl,fedex,as Your Order

Single Package Size: 145X105X175 Cm

Weight: 180 Kg

Product Description

Detailed Specifications And Features

5W UV Laser Marking Machine widely used in sapphire IC grains glass

Desktop Fiber Laser Marking Machines are compact, versatile, and powerful tools used in various industries for marking, engraving, and etching a wide range of materials. These machines utilize the precision and efficiency of fiber laser technology to create high-quality, permanent markings on a diverse range of substrates.

Unit Type	WZ-102
Supplier	China
Cooling System	Air-cooling
Marking speed	≤7000mm/s
Laser repetition rate	8KHZ-15KHZ
Spot Diameter	3mm
Dimensions of Machine Tool	950x750x1450mm
Total Machine Power	850W
Laser repeatability	±0.003mm

Functionality:

1. Laser Source: Desktop fiber laser marking machines are equipped with a fiber laser as the primary source of energy for the marking process. Fiber lasers offer several advantages, including high energy efficiency, long operational life, and stable output power, making them well-suited for industrial applications.

2. Beam Delivery System: The laser beam is directed and focused onto the target surface using a sophisticated beam delivery system. This system typically includes mirrors, lenses, and scanning galvanometers that precisely control the position and focus of the laser beam, enabling highly accurate and detailed markings.

3. Marking Capabilities: Desktop fiber laser marking machines are capable of producing a wide range of markings, including text, logos, barcodes, serial numbers, and various design elements. The machines can etch, engrave, or annealing the surface of the material, resulting in permanent, high-contrast, and durable markings.

4. Material Compatibility: These desktop machines can mark a diverse range of materials, including metals (such as stainless steel, aluminum, titanium), plastics, ceramics, and even some types of organic materials. The versatility of the fiber laser technology allows for effective marking on a wide variety of substrates.

5. Compact and User-Friendly Design: Desktop fiber laser marking machines are designed with a compact footprint, making them suitable for use in limited workspace environments, such as workshops, production lines, or laboratories. They often feature user-friendly interfaces and intuitive software, enabling operators to easily set up, program, and execute marking tasks.

6. Automation and Integration: Many desktop fiber laser marking machines offer automation features and the ability to integrate with other manufacturing systems, such as computer-aided design (CAD) software or production management systems. This integration allows for seamless workflow and improved productivity in various industrial applications.

Usage Instructions:

1. Material Preparation: Ensure that the surface of the material to be marked is clean, dry, and free of any contaminants that could interfere with the laser marking process.

2. Machine Setup: Place the desktop fiber laser marking machine in a suitable location, ensuring adequate ventilation and access to power supply. Secure the material to be marked in the machine's work area, using the appropriate clamping or fixturing mechanisms.

3. Software Configuration: Utilize the machine's accompanying software to design the desired marking pattern, text, or graphics. Adjust the laser parameters, such as power, pulse width, and scanning speed, to optimize the marking result based on the material type and thickness.

4. Laser Activation and Marking: Initiate the laser marking process by pressing the start button or following the software's prompts. Monitor the marking progress and make any necessary adjustments to the laser parameters if required.

5. Inspection and Quality Control: Once the marking process is complete, carefully inspect the marked surface for quality, clarity, and consistency of the markings. Ensure that the markings meet the desired specifications and requirements.

6. Cleaning and Maintenance: After use, clean the machine's work area and any optical components, such as mirrors or lenses, to maintain the optimal performance of the fiber laser system. Refer to the manufacturer's recommendations for routine maintenance and calibration procedures to ensure the long-term reliability of the desktop fiber laser marking machine.

Desktop fiber laser marking machines offer a versatile, efficient, and user-friendly solution for a wide range of industrial marking applications, from product identification and traceability to customization and branding, making them a valuable asset in modern manufacturing environments.