MOPA Fiber Laser Marking Machine
MOPA Fiber Laser Marking Machine
MOPA Fiber Laser Marking Machine
MOPA Fiber Laser Marking Machine
MOPA Fiber Laser Marking Machine
MOPA Fiber Laser Marking Machine

MOPA Fiber Laser Marking Machine

MOPA fiber laser marking machine has better marking quality on many materials,such as stainless steel, steel,steel alloy,aluminum,aluminum alloy,iron,plastic,ABS,PVC,PC. Good for marking electronic products,IC,cellphone,marking surface is smooth and less burnt.

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Product Introduction

MOPA fiber laser marking machine

Products Description

Ordinary fiber optic machines are difficult to work effectively when used for marking metal and non-metal hard plastics. For example, aluminum oxide and some galvanized metals are difficult to produce black effects with ordinary fiber machines, but MOPA Fiber Laser Marking Machine can easily produce black effects. And ordinary laser machines do not produce such fine and smooth edges, but the mopa laser marking machine does not need to worry about such problems. Another example is the marking of silicone surface coatings. We should also be familiar with Nokia mobile phone cases, using the mopa laser marking machine.

Advantages of MOPA Fiber Laser Marking

Versatility

MOPA lasers can mark a wide range of materials including metals, plastics, and ceramics.

Precision

They offer high precision in engraving, suitable for intricate designs and fine details.

Color Marking

One of the standout features of MOPA fiber lasers is their ability to create color markings on stainless steel and titanium.

Adjustable Pulse Duration

This allows for control over the marking process, providing better results on various materials.

Features

Using the smaller pulse width parameter of MOPA Fiber Laser Marking Machine can make the material not easy to be deformed, and the shading is more delicate and brighter. The laser is used to mark the surface of the anodized aluminum material with black trademarks, models, texts, etc. At present, only MOPA lasers can process them. Because it has a wide pulse width and pulse frequency adjustment range, the use of narrow pulse width and high-frequency parameters can produce a black effect on the surface of the material, and different parameter combinations can also produce different gray-scale effect levels. It can also flexibly adjust the pulse width and frequency parameters, which not only can make the scribe line fine, but help the edge to be smooth.

Differences between Q-switch and MOPA

Application name	Q-switch	MOPA
Surface stripping of aluminum oxide sheet	The base material is easy to deform, and the shading is coarse	No deformation, fine shading
Anodized aluminum black marking	Can't do this application	Can mark different shades of black
Deep engraving on metal	Rough shading	fine shading
Stainless steel engraving color	Need to defocus, the effect is more difficult to debug	can engrave different colors
plastic like ABV,PC	Easy to yellow, poor hand feeling	Not easy to yellow, good hand feeling
Transparent paint plastic buttons	difficult to clean out	easy to clean out, high efficiency
Electronics, semiconductors, ITO precision processing	The pulse width is too large, the energy is too strong	The pulse width can be adjusted to make the light spot delicate, and the energy can be modulated and balanced

In the above introduction and comparison, it can be seen that MOPA lasers can replace Q-switched lasers in many applications. In some more high-end applications, MOPA lasers are even better than Q-switched lasers.

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