Laser Coding Machine
Description For Laser Coding Machine
A laser coding machine is a device that uses a laser beam to mark or code products with text, graphics, or other information. It is a non-contact marking technology that can be used on a wide variety of materials such as plastics, metals, paper, and glass. Laser coding machines are commonly used in industries such as food and beverage, pharmaceuticals, electronics, automotive, and more. They offer high-quality and accurate marking, quick marking speeds, and low maintenance requirements compared to other traditional marking technologies such as inkjet or thermal transfer printing.
Looking for a high-quality and efficient way to mark your products? Consider a laser coding machine! These devices use laser technology to create precise and permanent markings on a wide range of materials, including plastics, metals, and more. With fast marking speeds and low maintenance requirements, laser coding machines are ideal for industries such as food and beverage, pharmaceuticals, and electronics. Plus, they’re eco-friendly since they don’t require any inks, solvents, or other chemicals. Choose a laser coding machine for reliable and cost-effective product marking.
- Gallery
- Technical Parameters
Wavelength: 10.6um
Scope of application: Applicable to most non-metallic materials
Laser: CO2 metal radio frequency laser
Laser power: 30W
Cooling method: Wind cooling
Line width: 0.1mm
Minimum word height: 0.3mm
Marking depth: 0.03mm (depending on the material)
Control system: Touch screen control
Printing content: Chinese and English, numbers, graphics, serial numbers, barcodes, etc.
Printing range: 70x70mm, 110x110mm, 160x160mm (optional)
Interface Ethernet: USB, RS232, multiple channels defined I/O
Line speed: 0-150m/min
Power: 1000W
The laser generator is the heart of a laser coding machine. It produces the laser beam that is used to mark or code products. Laser generators can use different types of laser technology such as CO2, fiber, or diode-pumped solid-state (DPSS) lasers depending on the application and material to be marked.
CO2 lasers are commonly used for marking organic materials such as paper, cardboard, and plastics. Fiber lasers are used for marking metal surfaces and can produce high-contrast markings that are durable and resistant to wear. DPSS lasers are used for high-precision marking on a wide range of materials.
The laser generator produces a highly-focused and intense beam of light that is directed to the surface of the product to be marked. The beam heats the surface and creates a chemical reaction that results in a permanent marking. The laser generator’s output power and beam quality determine the marking speed and accuracy, so it’s crucial to choose the right laser generator for your application.
The working principle of a laser coding machine involves using a laser beam to create permanent markings on the surface of a product. The laser coding machine typically consists of a laser generator, a control unit, and a marking head.
The laser generator produces a beam of light that is directed to the marking head. The control unit controls the laser beam’s intensity, frequency, and direction, allowing it to create specific patterns or characters.
When the laser beam hits the surface of the product, it heats the material, causing a chemical reaction that results in a permanent mark. The intensity and frequency of the laser beam determine the depth and contrast of the marking, and the control unit can adjust these parameters to create different types of marks, such as text, logos, barcodes, and more.
The marking head can move across the product’s surface in multiple directions, allowing the laser to create complex marks or patterns. Additionally, some laser coding machines may include additional features, such as automatic product feeding, to further streamline the marking process.
When using a laser coding machine, it is important to follow proper safety precautions and operational procedures to ensure accurate and safe marking. Here are some things to pay attention to:
Eye protection: Laser beams can be harmful to the eyes, so it’s essential to wear appropriate eye protection when operating the machine.
Material compatibility: Laser coding machines can mark a variety of materials, but not all materials are suitable for laser marking. Make sure to test the material before starting the marking process to ensure it is compatible with the laser.
Proper ventilation: Laser marking can produce fumes and smoke, so it’s important to ensure proper ventilation in the workspace.
Maintenance and cleaning: Regular maintenance and cleaning of the laser coding machine are important to keep it functioning properly and ensure accurate marking.
Power settings: Proper adjustment of laser power settings is crucial for achieving accurate marking without damaging the material.
Marking speed: The speed of the marking process can affect the quality of the mark. Too fast or too slow marking speed may cause an incomplete or blurry mark.
Laser beam focus: The focus of the laser beam should be set correctly to ensure accurate marking and minimize the risk of damage to the material.
Wearing parts for a laser coding machine are components that undergo regular wear and tear during normal operation and require replacement periodically to ensure optimal performance and accuracy. Here are some common wearing parts for a laser coding machine:
Focusing lens: The focusing lens directs the laser beam onto the product’s surface. Over time, the lens can become damaged or worn, leading to a decrease in marking quality. It is typically recommended to replace the focusing lens every 6-12 months.
Protective windows: The protective windows are positioned between the laser beam and the marking head to protect the head from damage caused by debris or dust. These windows can become scratched or dirty, leading to decreased laser transmission and marking quality.
Filters: Filters are used to prevent dust and debris from entering the laser system, which can cause damage to the internal components. Filters need to be replaced regularly to ensure optimal performance and prevent downtime.
Belts and pulleys: These components are used to move the marking head along the X and Y axes during marking. Over time, the belts and pulleys can become worn or damaged, leading to decreased accuracy and marking quality.
Cooling system components: The laser generator produces heat during operation, and the cooling system is used to dissipate this heat. The cooling system includes components such as water pumps, filters, and tubing, which need to be regularly maintained and replaced to prevent downtime.