Introduction:
This series is an economical fiber laser coding machine with stable performance and lower cost.
It uses an intelligent vector control algorithm, significantly improving marking speed. The compact design requires low maintenance and no consumables, providing high-quality coding. Featuring an optimized font library, it can print permanent, high-contrast markings on flexible packaging, rigid plastic packaging (PE/PP), metals, and other materials commonly used in industries such as food and cosmetics. This ensures product traceability while offering cleaner markings compared to CO₂ laser coders when marking non-metals.
What Is a Laser Batch Coding Machine?
A laser batch coding machine is a precision marking device used to permanently engrave batch numbers, manufacturing dates, expiry dates, and serial codes onto product surfaces. Unlike traditional ink-based systems, laser coding offers a contactless solution, delivering sharp, tamper-proof codes with minimal maintenance. These machines are ideal for industries requiring clean, legible, and durable markings on fast-moving production lines.
Exploring the Laser Batch Printing Machine
Closely related to batch coders is the laser batch printing machine, which specializes in printing essential traceability information directly onto a wide range of materials such as plastic, glass, metal, and cardboard. These machines provide high-speed printing performance with consistent quality, making them suitable for sectors like pharmaceuticals, FMCG, food and beverage, and electronics. Their ability to integrate seamlessly with automated systems enhances efficiency across industrial packaging lines.
Understanding Laser Batch Coding Machine Price
When investing in laser marking systems, many buyers consider the laser batch coding machine price as a key decision factor. Prices vary depending on the laser source (CO2, fiber, UV), power output, marking speed, and supported materials. While the upfront investment may be higher than traditional coding systems, laser machines reduce long-term operational costs by eliminating the need for inks, solvents, and frequent maintenance. Businesses often find the cost justified by the machine's durability, speed, and consistent performance.
Performance of Fiber Laser Coding Machines
Among the different technologies, the fiber laser coding machine is particularly well-suited for marking on metals and hard plastics. Known for their precision and deep engraving capability, fiber lasers offer high-speed marking with exceptional resolution. These machines are widely used in industries like automotive, electronics, tools, and medical devices, where permanent traceability and anti-counterfeiting are critical. Their energy efficiency and long service life further enhance return on investment.
1. Laser Type: Uses a fiber laser that provides high energy efficiency and precision for marking metals and plastics.
2. High-Speed Performance: Delivers fast marking speeds, making it suitable for high-volume production lines.
3. Long Lifespan: Offers an extended operational life of up to 100,000 hours with minimal maintenance.
4. High-Resolution Marking: Capable of producing high-quality, fine details like barcodes, logos, and serial numbers.
5. Versatile Material Compatibility: Primarily designed for marking metals, plastics, and other hard materials.
6. Minimal Maintenance: Requires very little maintenance due to its durable and sealed design, reducing downtime.
7. Compact Design: Its small and robust design makes it easy to integrate into various production lines.
8. No Consumables: Operates without the need for ink, solvents, or other consumables, lowering operational costs.
9. Energy Efficiency: More energy-efficient than traditional marking systems, contributing to lower power consumption.
10. Precision and Depth: Capable of engraving deep marks on tough materials without affecting the surrounding surface.
11. Environmentally Friendly: Uses no chemicals or inks, making it an eco-friendly marking solution.
Application Industries | Flexible packaging films, PP, metals, etc. | |
Marking Method | XY-axis simultaneous scanning | |
Marking Mode |
Flying Marking |
150 meters/min, 800 characters/second |
Static Marking |
Can mark multiple products simultaneously |
|
Marking Laser |
Type |
Fiber laser generator |
Wavelength |
1064nm | |
Laser Output |
20W, 30W | |
Guiding Laser | Red light guidance | |
Marking Range/Working Distance | 110x110/200, 150x150/260, 175x175/277, 300x300/473 | |
Software Controller | Linux system, 10-inch touchscreen | |
Character Types |
Fonts |
26 fonts, user-customizable font types |
Barcodes |
Barcodes, QR codes |
|
Variables |
Serial numbers, text, date, time, counters, shift codes |
|
Images |
BMP/DXF/PLT/HPGL/JPEG |
|
Marking Status | Running, ready, fault status | |
Character Size | 0.8mm - maximum marking range | |
Input/Output | 2 inputs, 3 outputs, customizable | |
Interfaces | USB, Ethernet, RS232 | |
Laser Installation Direction | Any direction | |
Cooling Method | Air cooling | |
Power Supply Voltage | AC100~240V, 10A, 47/63 Hz | |
Power Consumption | 300W, 200W | |
Operating Environment Temperature | -5°C to 45°C | |
Operating Environment Humidity | 10%~95% (non-condensing) | |
Industrial Protection Rating | IP54 | |
Dimensions | Controller: 383mm x 130mm x 436.5mm; Laser Unit: 355mm x 75mm x 97mm |