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30W/60W MOPA Fiber Laser Marking Machine for Color Marking
60W
Unit cost
COP 37,166,009
/set
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COP 37,166,009
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30W/60W MOPA M7 Fiber Laser Marking Machine Engraving Aluminum Black Color Marking + Rotation Axis
The machine equip with software.
This laser marking machine is equipped with M7 series MOPA laser, can do black and white marking on most metals and plastics, black marking on anodized aluminum, color marking on stainless steel and titanium.
1064nm Fiber Laser Scanning Galvo Head
High speed 1064nm fiber marking scanner has excellent performance such good running stability, high positioning accuracy, fast marking speed, strong anti-interference ability.
Double red light positioning
Two red light to help you easily be able to align the correct focal length，Only need to adjust the height of the table until the two red light coincidence.
The F-Theta scanning lenses
The F-Theta scanning lenses are commonly used in laser scanning systems that employ two-axis galvanometers to scan a specified area but cannot tolerate the angle at the image plane. the F-Theta scanning lens becomes an ideal choice for applications that require a flat field on
It can move up and down, and back and forth, In addition, there are scales on the edges of the ruler. making the processing direction flexible, adjustable and freely controllable. engraving effect is more exquisite, calibration more accurate.
The switch jack shown above, from top to next, is: USB data cable interface to connect the computer, spare jack, pedal interface, Rotary interface, power cable interface(General Power).
Fiber Laser Marking Machine mainly consists of four parts: fiber laser, galvanometer scanning system, computer control system and the worktable.
| Name | Origin (brand) | Remarks |
| Optical maser | JPT | Long service life, high reliability, fine beam quality |
| Galvo mirror | SINO-GALVO | Fine marking, more quick and high reliability |
| F-θ lens | Wavelength | High quality optical device |
| Board | bjjcz | 2.12.0 version |
| Marking software | Special marking Software (Ezcad2 software) | Powerful, simple and convenient operation, Auto-cad, CorelDraw, AI8.0, Photoshop software compatible form |
| Control cabinet | China | Optical fiber special cabinet, all the mold production, high seal |
Feature:
1. 4ns ~ 260ns wide adjustable pulse width, wider application range of material
2. Wide repetition rate for diverse application
3. Excellent beam quality, excellent processing performance
4. First pulse availability and quicker pulse response speed, good choice for highly precise & fine marking
5. No light leaking, safe marking
Details advantages:
1. High Precision: Up to 0.0012mm,
2. Deep Marking: Max. 1mm stainless steel, suitable for the industries which need high precision and depth marking effect.
3. Superior Laser Beam: The definition is 1 micron,10 times as that of traditional products.
4. No consumables: One Fiber marker can work for more than 10 years without any consumables.
5. High Speed: 7000mm / second, is 3 to 5 times above that of traditional products.
6. Low consumption: <500W, is 1/25 ~ 1/10 times as that of Diode and YAG, more economized and environmental.
7. Original JCZ controller, USB interface, swift and stable transmission, easy software operation, strong functions.
8. High-quality scan head, with good seal, capable to prevent dust and water, small volume, compact and solid.
9. Strong Compatibility: TTF Font, SHX, BMP, DXF, AI, PLT and other format files output from CorelDraw, PS, AutoCAD, etc.
10. Integrated Air Cooling System, no maintenance.
11. Rotary axis is included, you can mark on regular cylinder or inside / outside ring.
Application Industry:
Jewellery, Keyboards of cell phone, Auto parts, Electronic components, Electronic appliance, Communication apparatus, sanitary wares, buckles, kitchenware, Sanitary equipment’s, Hardware tools, Knife, Glasses, Clock, Cooker, Stainless steel products etc.
Application:
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| Metal | Non-metal | |
| Aluminum | Makrolon Polycarbonate | |
| Stainless Steel | Black / White ABS | |
| Copper | Nylon | |
| Silicon Steel | Polysulphone | |
| Yellow Chromate Aluminum | Rynite PET | |
| Brass | Santoprene | |
| Nickel Plated Brass / Gold / Kovar / Steel | Sillicon Carbide | |
| Nickel Plated 1215 Mild Steel | Glass Filled PTFE Coated Fiberglass | |
| Hard Coat Anodized Aluminum | White PEEK | |
| Machine Tool Steel | Glass Filled PEEK | |
| Metal Plated Ceramics | Silicon Wafers | |
| Magnesium | Carbon Nanotube | |
| Molybdenum | Colored Delrin | |
| Carbon Fiber / Carbon Nano tube | GE Plastics Polycarbonate Resin 121-R | |
| Clear coat anodized aluminum | Polybutylene Terephthalate | |
| Cobalt Chrome Steel | ||
| Compacted Powder Iron / Iron Phosphate Coating | ||
Application differences between MOPA laser marking and Q-switched laser marking.
1. The surface stripping of aluminums oxide sheet, MOPA Lasers are a better choice.
Today’s electronic products are becoming increasingly lighter and thinner. Many mobile phones, tablets, and computers use lightweight aluminum oxide as the outer shell of the product. When a Q-switched laser is used to mark conductive sites on a thin aluminum plate, it can easily cause deformation of the material and “convex bulges” on the backside, which directly affects the aesthetic appearance. With the use of the MOPA laser’s small pulse width parameters, it can make the material not easily deformed, and the shading is more delicate and bright.
2. Anodized aluminum black marking
The laser is used to mark the black trademark, model, and text on the surface of the anodized aluminum material. This application has been widely used by electronic manufacturers such as Apple, Huawei, ZTE, Lenovo, on the mark, type, etc. used to mark the black mark. For this kind of application, only MOPA laser can process it at present.
3.Electronic, semiconductor, ITO precision machining
In precision machining of electronics, semiconductors, and ITO, fine line application is often required. The MOPA laser can adjust the pulse width and frequency parameters flexibly, which can not only make the line drawn fine, but also the edges appear smooth and not rough.
In addition to the several application cases above, here we list some typical application cases as shows:
| Application | Q-switched | MOPA |
| Aluminium oxide thin sheet surface removal | Easy deformation & rough shading | NO deformation & fine shading |
| Anodized Aluminium black marking | CAN’T DO | Can do different shades of black color by setting up different parameters |
| Metal deep marking | Rough shading | Fine shading |
| Stainless steel black marking | Need under the state of out-of-focus, difficult to adjust effect | Can do various color marking by adjusting pulse width and pulse frequency |
| PC/ABS etc. plastics | Marking effect is prone to yellowing & handfeel heavy | NO handfeel & marking effect is NOT prone to yellowing |
| Transparent paint plastic buttons | Difficult to clean up | Easy to clean up, high efficiency |
| Electronics, semiconductor, ITO precision finishing | Pulse width too big, energy too strong | Can adjust pulse width to make laser light spot more finer Energy also can be adjusted evenly |
Color Laser marking Machine can do:
1. Black and white marking on most metals and some plastics.
2. Color marking on stainless steel and titanium.
3. Black marking on anodized aluminum.
Note: stainless steel color marking, because the setting density parameters are very small, will make the marking speed slow, do not recommend batch marking.
