Introduction:
The UV laser coding machine adopts a brand-new intelligent vector control algorithm, significantly improving marking speed. Its unique laser control technology easily creates permanent printing effects on materials such as films, hard plastics, and metals. The machine is compact, low-maintenance, and uses no consumables, providing high-quality coding. It is widely used in various packaging machines, delivering permanent, high-contrast markings to ensure product traceability. It is the preferred product for anti-counterfeiting and anti-diversion systems.
High-Speed Performance of Laser Date Code Printers
A laser date code printer is a highly efficient industrial tool used to mark manufacturing dates, expiry dates, and batch information directly onto product packaging. Unlike inkjet systems, laser printers use focused light beams to etch data permanently onto surfaces such as plastic, metal, glass, or cardboard. These machines are favored for their speed, accuracy, and clean, maintenance-free operation, making them ideal for high-throughput production environments.Role of Laser Date Coding Machines in Industrial Marking
The laser date coding machine is engineered to deliver consistent and legible date markings across a wide range of products. With the ability to operate continuously in harsh production conditions, these machines offer non-contact, high-resolution printing without ink or solvents. Their durability and long service life reduce downtime and total cost of ownership, making them a reliable solution for industries such as food & beverage, pharmaceuticals, and cosmetics.Accuracy and Efficiency of MRP Laser Printing Machines
The MRP laser printing machine is designed specifically for marking price-related data such as Maximum Retail Price (MRP), batch numbers, and expiration dates. This type of machine is especially valuable for consumer goods manufacturers who require tamper-resistant, high-contrast marks that comply with legal and regulatory standards. By eliminating consumables and minimizing maintenance, these printers provide a more sustainable and cost-effective alternative to traditional ink-based coders.Advanced Traceability with Laser Barcoding Machines
For businesses prioritizing traceability, a laser barcoding machine delivers precise and permanent barcode engraving on primary and secondary packaging. Capable of producing crisp 1D and 2D codes on various surfaces, these machines help streamline inventory management, logistics, and anti-counterfeiting efforts. Their integration with automated production lines allows for real-time data printing with high throughput, ensuring accurate barcode generation even at high speeds.
1. Laser Type: Uses a UV laser that operates at a shorter wavelength, ideal for fine, high-resolution markings.
2. Precision Marking: Provides ultra-fine marking, capable of engraving small text, logos, and intricate designs.
3. No Heat Damage: UV lasers produce minimal heat, preventing damage to sensitive materials like plastics and films.
4. High-Speed Operation: Capable of marking at high speeds, making it suitable for fast-paced production lines.
5. Versatile Material Compatibility: Works effectively on a wide range of materials, including plastics, glass, and coatings.
6. Long Lifespan: UV lasers have a long service life, reducing maintenance and downtime in industrial settings.
7. Environmentally Friendly: Operates without chemicals, ink, or solvents, offering a cleaner, eco-friendly solution.
8. Minimal Maintenance: Requires low maintenance due to the absence of consumables and low wear components.
9. Compact and Efficient: Designed for easy integration into automated production lines with a space-saving form factor.
10. High-Resolution Output: Produces sharp, legible markings with high contrast, ensuring durability and readability over time.
11. Energy Efficient: Consumes less energy compared to traditional marking systems, reducing operational costs.
Application Industries | Flexible packaging films, HDPE, LDPE, PP, metals, etc. | |
Marking Method | XY-axis simultaneous scanning | |
Marking Mode |
Flying Marking |
150 meters/min |
Static Marking |
Can mark multiple products simultaneously |
|
Marking Laser |
Type |
UV laser generator |
Wavelength |
355 nm | |
Laser Output |
5W | |
Guiding Laser | Blue guiding light | |
Marking Range/Working Distance | 110x110/191, 150x150/245, 175x175/288, 220x220/373, 250x250/395 | |
Scanning Speed | <8000 mm/s | |
Character Types |
Fonts |
Single-line, double-line, dot matrix |
Barcodes |
Code39, Code25, EAN-13, Code128, etc. |
|
QR Codes |
PDF147, QRCODE, DATAMATRIX |
|
Images |
DXF/PLT vector graphic input/output |
|
Marking Status | Running, ready, fault status | |
Character Size | 0.1mm - maximum marking range | |
Input/Output | 2 inputs, 3 outputs, customizable | |
Interfaces | SD card interface, USB2.0 interface, communication interface | |
Laser Installation Direction | Any direction | |
Cooling Method | Water cooling | |
Power Supply Voltage | 100-120V, 200-240V, 10A, 47/63Hz | |
Power Consumption | 500W | |
Operating Environment Temperature | -5°C to 45°C | |
Operating Environment Humidity | 10%~95% (non-condensing) | |
Industrial Protection Rating | IP54, optional IP65 | |
Dimensions (mm) | Laser Unit: 583x188x163, Operation Screen: 267x180x40, Water Tank: 248x345x205 |