Laser Part Marking Machine: High Contrast, Fast Marking & Flexible

In this technological world, subtractive manufacturing technologies are becoming handier to a broader audience. These laser-based methods and a laser part marking machine can integrate or engrave graphics into a workpiece, usually made from metal, wood, or plastic. Although these subtractive technologies might seem identical on the surface, laser marking provides distinct abilities over more well-known methods, such as laser cutting and laser engraving.

 

Put, laser marking is an advanced process that marks or labels the surface of a workpiece utilizing a low-powered laser beam.  The technique is typically used to apply logos, barcodes, QR codes, and other types of identification into materials like titanium and stainless steel.

 

To help you get the most popular laser marking machines on the market, Jimani, Inc.brings you the best and more affordable options. Their 30w fiber laser machine is ideal for professionals and small businesses. It has excellent beam quality and high peak powerand is strong enough to mark metals like copper, aluminum, silver, and gold.

 

The superior laser marking and cutting solutions from Jimani, Inc. ensure good quality, high speed, and secure laser marking, that can function reliably and perfectly even in the harshest industrial environments. The machines provided by this company are meticulously developed to save you money, energy, and time.

 

The complete range of laser technologies at Jimani, Inc. are so advanced that they can meet any specific marking needs. Adjusting the different wavelengths can give you:

 

·         High contrast marking 

·         Fast marking

·         Deep engraving

 

If you want to know more about their solutions or services, feel free to call on (805) 486-1399.

No comments:

Post a Comment

Laser Etching: A Means to Create Impressive Markings!

Laser etching is faster and effective. The most important reason for this is that a fiber laser etching machine requires less energy than v...