UV Fiber CO2 Color Plastic Bag Laser Marker For Labeling Machine

Product Description

Ⅰ.Applications:
Various models of CO2 laser machines are available, they can print series number, batch number, bar code, QR code, logo and pattern on label, carton, plastic products, glass, wood, textile material etc. Widely used in clothing, medicine, building ceramics, beverage, fabric cutting, rubber products, craft gifts, electronic components, leather and other industries.

Ⅱ.Features:
1. With red light positioning system, which can help the operator to find out the right position quickly when the product been replaced.
2. Equipped with high speed laser galvanometer scanner system, even on the fastest production lines, also can do high speed and stable marking work.
3. Without the high cost of consumables replacement, almost no maintenance greatly reduces the operation cost.
Attention: The price shown on Alibaba system has no reference value. Majority of our machines are non-standard configurations. All final quotation based on your exact products details and requirements.

Parameters
CO2 Laser Marking Machine
Shell
Aluminum Alloy Shell
Model No.
NY1868
NY3868
NY3828
NY3838
NY6868
Laser Power
10W
30W
Laser Wavelength
9.3μm
Cooling Method
Air cooling
Marking Speed
800~1000 characters/second
Assembly Line Speed
＜230m/min (According to different material and marking content)
Power Supply
115V/230V；50/60Hz；｛1Phase+N｝
Power Consumption
300W
900W
900W
900W
1300W
Marking Area
50mm×50mm~175mm×175mm(Can be Customized)
Marking Focal Length
100mm~190mm
Positioning Accuracy
0.01mm
Min. Marking Line Width
0.1mm
Character Size
Adjustable in marking area
Text Lines
only limited by character size and marking area
Marking Content
Chinese & English Character/Numbers/Graphics/Date & Time/Serial Number/Barcode/QR Code, etc
Marking Font
All kinds of standard CAD geometric font, also can be user-defined extended.
Marking Head Turning
0~360°
Laser Source
Synrad (USA)/Coherent (USA)/Other Brands
Galvanometer Scanner
Scanlab(Germany)/CTI(USA)/Other Brands
Peripheral Interface
Serial Port、USB、I/O、LAN
Software
Laser control software of independent R&D
User Interface
Touch Screen /Hand held Terminal/Computer
Ancillary Equipment
Fiber amplifier and its supporting optical fiber or other sensor(NPN), Power Cord
Environmental Conditions
5°C-35°C, humidity <95%, non-condensing, no vibration
Control System
Laser Head, WINCE System and Power Control Box
Why Choose Laser Code Marking Machine?
This is an extensive list of all of the varied advantages of marking using lasers. There are several types of lasers that can be used for this process, and they all share many of the same benefits.
It’s a non-contact process:
Any process that uses a laser beam is a non-contact process, which means that the laser beam isn’t physically working with the material it is directed at. So, it’ll only affect the area that is being heated, without causing any abrasions or damage to the surrounding area of the material.
Works with a range of shapes and sizes:
As well as being apt at working with a range of materials, laser marking is also perfect at operating with a range of object shapes and sizes too. This may be large and simple objects, or it could be small and complex ones.
Precise markings and high quality:

The process leaves extremely precise, accurate and high-quality marks that are easily readable by the human eye and by machines too. The mark is durable and can be easily traced; this is an important quality to have when many parts that are laser marked need to be traced back to their original source. It is also able to work with extremely small measurements, leaving tiny, yet still high-quality, marks. The beams used in this type of process are extremely powerful, reliable and controllable, delivering the quality previously mentioned.
Lower use of consumables:

As well as no service and maintenance times, fiber lasers also have no consumables too. This gives Fiber lasers a significant advantage over other types of laser processes.
Environmentally friendly:
Laser marking is an environmentally friendly process. This is because it doesn’t use things such as chemicals or inks found in many of the more traditional marking methods. Lasers, particularly fiber lasers, also use much less electrical energy than these other types of marking processes.


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