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TherMark products are specially engineered for laser marking images and text on a variety of surfaces. The products are scientifically formulated to make a permanent, chemical bond to a surface, without compromising or damaging the material being marked.

TherMark offers the preferred alternative to direct laser marking, Inkjet, pad printing, etching, scribing, dot peen, engraving, and labeling.


Features and benefits include:

  • Permanent, high-contrast, high-resolution marks
  • High resistance to mechanical and chemical abrasion, high temperatures, corrosion, sea water and salt spray, weathering, sunlight, and deep space
  • Fast, easy and customizable method for unique identification and decoration
  • Quick drying
  • Simple clean-up
  • Environmentally friendly products
  • A variety of colors (black, bronze, blue, red, green, yellow, and white)
  • Easy automation


    Ideal for marking, identifying or decorating:

  • Metals
  • Glass
  • Ceramic
  • Crystal
  • Plastic
  • Marble
  • Granite
  • Stone



    • Available in paintable liquid, aerosol and transfer tape forms and applicable with:
    2:38 PM 1/11/2008
  • Spray gun
  • Air brush
  • Brush
  • Sponge
  • Roller
  • Screen print
  • Pad print



    • In the TherMark process, the marking materials are selectively fused to the surface being marked – using patented technology – with a regular industrial laser marking system. These systems generally consist of a laser in an enclosed marking chamber, with additional electronics and computer software for precise control of beam activation, power levels, and movement over the surfaces to be marked. These laser marking systems are readily available and widely used in today’s marketplace.

    CO2

    Nd: YAG

    Fiber

    These types of lasers work well in the TherMark marking process. However, some lasers are not compatible in certain marking situations, for example with specific inks or particular surfaces. See the section on Products for detailed information on compatibility.

    Laser marking systems use either a beam steering or x-y plotter control scheme for moving the laser over the surface to be marked. Both of these laser beam control schemes work well with the TherMark marking process. Customers can choose a laser marking system with a beam control scheme that best suit their needs.

    The TherMark method does not require as much laser power and energy as other marking processes, so it even works well with low-powered laser marking systems.