In today’s fast moving industrial world, the right marking technology can mean the difference between a satisfactory and an excellent result in terms of quality and efficiency. ECO-Max lasers offer versatility and precision among the different options available. When choosing a laser marking machine in Australia, there are three power levels (30W, 60W, 120W), three types of lasers (MOPA, CO2 and UV), and these need to be understood in order to optimise your marking operations. In this comprehensive guide, I’ll show you what choices you have and how to pick the right one for your unique needs.
Understanding Laser Power
The capabilities and applications of your marking machine are a function of the laser power. The higher the wattage, typically the deeper engraving and faster marking speed, but as with anything, the choice is not simply based on wattage, the type of laser technology is also important.
Different MOPA Lasers
MOPA lasers, with much improved control over the pulse duration and the frequency, are a new technology. The ability to do this means that MOPA lasers can be used to mark a wider range of materials and marking styles.
30W MOPA
Larger applications can be solved with 30W MOPA lasers. Their excellent marking quality on metals and plastics make them perfect for logo engraving, serial number marking and barcoding applications. But their lower power consumption also means they are an energy efficient choice for small to medium sized businesses.
60W MOPA
60W MOPA lasers strike a good balance between speed and quality for those who need a bit more power. They can take on a wider variety of materials, thicker metals and more abrasive plastics. For applications that require precision such as automotive part marking and fine designs, they are well suited.
120W MOPA
For high volume production and more demanding applications, 120W MOPA lasers are designed. Deep engraving and faster marking speeds are available from them, which is great for large scale operations. In the aerospace and manufacturing industries, these lasers excel because both durability and efficiency are paramount.
Different Types of CO2
CO2 lasers are very commonly used in industrial marking because they can cut and engrave various materials. Organic materials such as wood, leather, and some plastics are its best applications.
30W CO2 Lasers
These are used for lighter marking jobs and for engraving on softer materials, 30W CO2 lasers are commonly used. They have good quality markings, but may have a harder time with deeper engravings on harder substrates. For smaller businesses or craft applications, these lasers are just perfect.
60W CO2 Lasers
A substantial improvement in capabilities is provided by a 60W CO2 laser. It can handle a wider range of materials so is perfect for mixed media projects. Applications of this power level include signage, awards, and custom gifts.
120W CO2 Lasers
120W CO2 lasers provide unsurpassed performance for high demand environments. This results in faster speeds and deeper cuts, which make them perfect for large scale production runs and industrial applications. Especially good for cutting and engraves materials such as acrylic and wood.
Different Types of UV Lasers
UV lasers are becoming more popular because they can mark delicate surfaces without harming the material. The way they work is they use a short wavelength to make clean high contrast markings.
30W UV Lasers
For the marking of sensitive materials such as plastics and glass, 30W UV lasers are great. They produce high quality results, and no heat is produced which could warp or damage the substrate. They are therefore well suited for electronics and medical devices.
60W UV Lasers
Users get more marking speed while maintaining high quality with 60W UV lasers. Compared to other methods, they are effective on a broader range of materials that may contain coatings and are thus suitable for a broader range of applications.
120W UV Lasers
Powerhouse of marking technology are 120W UV lasers. They are fast, efficient, and of high quality, making them ideal for very high volume processes where precision is so important. This technology is applicable for industries, which have a need for product identification, such as pharmaceuticals, cosmetics and electronics.
Conclusion
Choosing the right laser power is crucial for optimizing your marking operations. Understanding the differences between 30W, 60W, and 120W options in MOPA, CO2, and UV lasers will help you make an informed decision that aligns with your specific applications. In Australia, the availability of both stationary and hand held marking machine provides businesses with the flexibility to meet diverse marking needs efficiently.
At MarkNStamp, we offer a comprehensive range of ECO-Max lasers and marking solutions tailored to fit various industrial requirements. Contact us today to discuss how our products can elevate your marking processes and ensure that you stay competitive in the market!
What type of laser is used for laser marking?
There are many different types of lasers used for marking and engraving, such as fiber, UV, and CO2, which come with different wavelengths ranging from ultraviolet to infrared.
What are the different types of grades for laser marking?
There are three types of laser marking grades, namely A for excellent, B for acceptable while F for failure.
