Fiber Optical Vision Laser Marking Machine(MZ-20WS/MZ-30WS/MZ-50WS)

Characteristics of Vision Positioning Laser Marking Machines

Vision positioning laser marking machines are high-precision devices that
integrate vision recognition systems with laser marking technology. They offer
the following features:

1. High-Precision Positioning

– The vision system (e.g., CCD camera or industrial camera) automatically
identifies the workpiece position, enabling precise positioning and ensuring
accurate marking.

– Suitable for irregular workpieces or scenarios requiring high-precision
alignment.

2. High Level of Automation

The vision system automatically recognizes the shape, position, and angle of
the workpiece, eliminating the need for manual adjustments and significantly
improving production efficiency.

Supports batch processing, reducing manual intervention and operational
complexity.

3. Strong Adaptability

Capable of handling workpieces with complex shapes, such as curved surfaces
or irregular parts.

Compatible with different laser sources, suitable for various materials
including metals, plastics, ceramics, and glass.

4. High Flexibility

– Supports dynamic marking, allowing precise marking even when workpieces are
moving on a conveyor belt.

– Visual templates can be created in the vision software based on the size
and shape characteristics of the workpiece, eliminating the need for positioning
molds.

5. Efficient Production

– Fast vision positioning combined with high-efficiency laser marking meets
the demands of mass production.

– Reduces the time required for manual alignment in traditional marking,
enhancing overall production efficiency.

6. High Stability

Utilizes advanced vision algorithms and laser control technology to ensure
stable long-term operation.

Strong anti-interference capability, suitable for complex industrial
environments.

7.Multifunctionality

– Supports various marking content, such as text, patterns, QR codes, and
barcodes.

Meets the marking needs of different industries, including electronics,
automotive, medical devices, and jewelry.

8.Intelligent Operation

Equipped with intelligent software for automatic recognition, alignment, and
marking.

Supports data networking for remote monitoring and management.

9.High Compatibility

Seamlessly integrates with other production line equipment (e.g., robotic
arms, conveyors, automated production lines) to achieve fully automated
production.

10. Eco-Friendly and Energy-Efficient

Laser marking is a non-contact process, producing no pollution or
consumables, and complies with environmental requirements.

– Low energy consumption and operating costs.

Application Fields

Vision positioning laser marking machines are widely used in the following
fields:

Electronics Industry: Marking on PCB boards, chips, and electronic
components.

Automotive Industry:** Part identification and serial number marking.

Medical Devices:Marking on surgical instruments and medical consumables.

3C Industry Appearance Parts: Marking QR codes, barcodes, and production
dates.

Summary

Vision positioning laser marking machines, with their high precision,
efficiency, flexibility, and intelligent features, have become essential
equipment in modern industrial marking. They are particularly suitable for
production scenarios requiring high precision and automation.

Equipment Appearance (Reference)

1) Overall Dimensions: Length 650mm * Width 1500mm * Height 1500mm (subject
to actual external dimensions)

2) Chiller Dimensions: Length 580mm * Width 290mm * Height 470mm (subject to
actual external dimensions)

3) Total Weight: 120KG-180KG(subject to actual weight)

Technical Parameters

Hardware Configuration

Sample Images

Plastic Logo Marking	Precision Exterior Part Marking	Charger Marking
Plastic Shell Marking	3C Product Marking	Computer Keyboard Marking

Samples Subject to Actual Results

Working Environment Requirements

1) Ambient temperature should be between 0-35°C, and air conditioning is
required;

2) Humidity should be between 45%-75%. No condensation is allowed, and a
dehumidifier should be installed;

3) Power supply requirements: 220V, 50Hz;

4) Power grid fluctuation: ±5%, and the grounding wire must comply with
international standards. In areas with voltage amplitude exceeding 5%, an
electronic automatic voltage and current stabilizer should be installed;

5) There should be no strong electromagnetic signal interference near the
installation site. Avoid radio transmission stations (or relay stations) in the
surrounding area;

6) Foundation vibration amplitude: recommended to be less than 50 µm;
vibration acceleration: recommended to be less than 0.05g. Avoid having a large
number of stamping or other machine tool equipment nearby;

7) The equipment space must be smoke-free and dust-free. Avoid environments
with severe dust, such as metal polishing or grinding;

8) Strict requirements for the quality of cooling water: purified water,
deionized water, or distilled water must be used. Tap water, mineral water, or
other liquids containing high levels of metal ions or minerals are not
allowed.