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Metal Marking with a CO2 Laser

Metal Marking with a CO2 Laser

Metal Marking with a CO2 Laser

Product catalog summary
Introduction
Metal marking on tools and parts using a CO2 laser is now feasible through a cost-effective three-step process. This method offers an affordable alternative to traditional YAG or fiber laser systems, providing versatility and efficiency for various applications.
Advantages of CO2 Laser Systems
  • Affordability: CO2 laser systems are 30-50% less expensive than comparable Fiber or YAG systems, making them ideal for lower budgets.
  • Versatility: The same laser can be used for multiple materials, including plastic, acrylic, glass, and wood, by adjusting speed and power settings.
  • Size Flexibility: The only limitation is the engraving table size, which ranges from 16” x 12” x 4.5” to 36” x 24” x 12”.
Alternative for Bare Metal Etching
For marking bare metal without a compound, the FiberMark laser system is recommended. It uses a 1062 nm wavelength Ytterbium Pulsed Fiber Laser for direct engraving on metal and marking engineered plastics.
Metal Marking Process
  1. Apply a thin coat of a metal marking compound like CerMark or TherMark to the metal surface. Allow it to dry.
  2. Place the part in the laser and execute the engraving job.
  3. Wash off the excess compound with water to reveal a crisp, permanent, high-contrast mark.
Contact Information
For demonstrations or sample engravings, contact Epilog Laser at +1 303.277.1188 or [email protected].
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Catalog excerpts

Metal Marking with a CO2 Laser-1

Permanent Metal Marking with a laser Metal marking logos on tools and parts with a CO2 laser is now possible. Using a simple three-step process, you can utilize a low-cost CO2 laser system for permanently marking all types of metal parts and tools. Traditionally, you would have needed an expensive YAG or fiber laser system to engrave into bare metal. With a CO2 laser, you have several advantages that are perfect for many applications. Affordability . The cost of a CO2 laser systems is about 30-50% less than a comparable Fiber or YAG system - perfect for a lower budget. Versatility . The same laser you are using to mark metal can also be used to cut plastic, etch acrylic, engrave glass, wood, and much more by simply changing the speed and power settings of the laser. Let’s get started! Contact us to find out how to set up a demonstration of the laser in action! Call +1 303.277.1188 or email [email protected]. Log o Ma rke d o n Ste el Any Size Part . Your only limit is the size of the engraving table (which ranges from 16” x 12” x 4.5” (405 x 305 x 114 mm) all the way up to 36” x 24” x 12” (914 x 610 x 305 mm). 16371 Table Mountain Parkway Golden, CO 80403 +1 303.277.1188 888.437.4564 r mbe u al N Seri s & ode Bras Barc ed on k Mar www.epiloglaser.com [email protected]

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Metal Marking with a CO2 Laser-2

How to Use Metal Marking Compounds with the Laser Step 1) Apply a thin coat of a metal marking compound, such as CerMark or TherMark, directly to the metal you want to mark. You can use either a spray can application or paste version. Let the part dry for a few minutes. To o a C ls M ark O 2 L ase ed w ith r Step 2) Place your part (or jig of parts) in the laser and print your job to the laser. Step 3) After the part has been marked, simply wash off the excess metal marking compound with water. The resulting laser mark will be a crisp, permanent, high-contrast mark. Looking to Etch Bare Metal...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.