- Four-head LED automatic laser marking machine
The four-head LED automatic assembly line laser marking machine adopts a new offline control method. Compared with ordinary coding machines, it has the advantages of good stability, long service life, clear marking, simple operation and convenient maintenance. The window-type interface provides you with a friendly display method, minimizes the training time of the operator, reduces the error rate, and thus increases production.
LED automatic assembly line multi-station rotary laser marking machine (equipped with 40 stations and 4 laser heads) all solid-state air-cooled laser marking machine, which can realize automatic feeding and uninterrupted connection
Continuous processing; automatic rotary multi-station precision marking, zero offset for millions of repeated markings; stable machine performance, high photoelectric conversion efficiency, low energy consumption, low processing cost, no ink required
And other printing supplies, easy to operate and cost-effective.
Sample show
Technical characteristics
· Using fiber laser as the processing light source, high beam quality, better photoelectric conversion effect, more power saving, and because of the difference in structure principle, it has the characteristics of no adjustment, maintenance free, high stability, etc. better.
· No traditional printing consumables such as ink are needed, the processing cost is much lower than the traditional silk screen, the marking is clear, and it is not easy to wear.
· With multi-station independent rotating disk, single workpiece can be marked in a circle, and non-stop processing can be realized. The processing process and the loading and unloading process do not interfere with each other to maximize manual efficiency. The model has high precision, and the error is less than 1% for one million operations.
· Control software runs on Windows operating system, Chinese interface, easy operation, compatible with many software formats such as AutoCAD, Coreldraw, Photoshop, such as PLT, AI
, DXF, DWG, BMP, JPG, etc. At the same time, the system font can also be used directly, and serial numbers, barcodes, etc. can be marked.
Application area
1. LED lights, energy-saving lamps, lamp holders, lamp holders, flashlights, lamp cups, etc .;
2. Ordinary metals and alloys (especially suitable for aluminum alloys), special surface treatment (phosphate, aluminum anodizing, electroplated surface), plastics (PVC / PC / PUABS material, epoxy resin, etc.
Continuous processing; automatic rotary multi-station precision marking, zero offset for millions of repeated markings; stable machine performance, high photoelectric conversion efficiency, low energy consumption, low processing cost, no ink required
And other printing supplies, easy to operate and cost-effective.
Sample show
Technical characteristics
· Using fiber laser as the processing light source, high beam quality, better photoelectric conversion effect, more power saving, and because of the difference in structure principle, it has the characteristics of no adjustment, maintenance free, high stability, etc. better.
· No traditional printing consumables such as ink are needed, the processing cost is much lower than the traditional silk screen, the marking is clear, and it is not easy to wear.
· With multi-station independent rotating disk, single workpiece can be marked in a circle, and non-stop processing can be realized. The processing process and the loading and unloading process do not interfere with each other to maximize manual efficiency. The model has high precision, and the error is less than 1% for one million operations.
· Control software runs on Windows operating system, Chinese interface, easy operation, compatible with many software formats such as AutoCAD, Coreldraw, Photoshop, such as PLT, AI
, DXF, DWG, BMP, JPG, etc. At the same time, the system font can also be used directly, and serial numbers, barcodes, etc. can be marked.
Application area
1. LED lights, energy-saving lamps, lamp holders, lamp holders, flashlights, lamp cups, etc .;
2. Ordinary metals and alloys (especially suitable for aluminum alloys), special surface treatment (phosphate, aluminum anodizing, electroplated surface), plastics (PVC / PC / PUABS material, epoxy resin, etc.
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