Custom Engraving & Laser Cutting Services in Houston, TX - ENGRAVING & LASER CUTTING SERVICES | HOUSTON, TX

Laser ENgraving is a loose term widely used in custom and industrial markets as a common reference point. But isn't always the right applicaiton for your needs. knowing the diference in engraving, etching, and marking can greatly increase your knowledge and basic understanding, giving you confidence and correctly identifying the right marking technique for your specific application. Helping you understand the differences in Ablating, etching, engraving, and marking with the use of a L.a.s.e.r. (light amplification by stimulated emission of radiation) Are forms of Lasing techniques. Learning the charcterisitics of these techniques will and when to apply, engraving, etching, or marking in your process impact costs, quality, production times, and will help you identifiy hyperbole structered pricing when seeking an engraving service in your area.

AN indroduction to Laser Engraving.
All materials, paintied surfaces, films and coated surfaces react differently to light and can make Laser engraving difficult or easy to achieve quality and the desired mark. Some colors and materials absorb light better than others and some react differently than other. FOr example; Copper absorbs light better than, say aluminum, making copper tougher to engrave. Another example is powder coating on a tumbler. since power coating has endless color options, lets take the most obvious colors, 'black' and 'white'. We know the color black absorbs (traps) more light than the color white.

So if we were to lase a logo or name on a black and white tumblers using the same laser power settings to remove (ablate) the two different power coats. We could use lower power settings for the black tumblers to achieve our desired results. When you start ablating the white tumblers, you will notice the laser power needs to be increased to yeild the same results as the black tumblers. THis is called 'laser processing'. Sure we can just increase the power on the laser to run both cups, but this is the same concept as beating everything with a hammer. understanding your materials, needs and applications will tell us when to use a hammer, mallet, or screw driver, helping us in providing you the best cusotmer service by providing you the proper quote and competitive pricing for your end use.

An introduction to Laser Etching.
Laser etching is the process of etching the surface of a material. Unlike chemical etching, laser etching allows for plastics, films and metals yielding results that are similar in apperance to chemical etching with precision and fine detail to the naked eye or under magnication. IN general, laser etching is a widely used process where the laser is restructuring the materials' surface, (Surface structuring). Again, this is Another form of laser processing of a material or substrate which makes this form of marking attractive to Aerospace part maring and high-end product branding. Laser Etching is ideal for part marking, brading, anodized surfaces, shims, and subtrates where it needs to be permanently marked but cost effective and stream line production volumes.

Laser Etching is not just a quick, cost effective way to mark or brand a product but is also an alternative to chemical etching. Where as in Chemical etching, is a mutli-step process requiring corrosive cheicals and costly enviromental fees which make Laser etching more attractive. It is also an a highly regarded marking technique where engraving or Laser Marking is not permitted due to design integrity where product safety is paramount to the end user and field operations. For example, one of our customers manufatures fittings for hydraulic hoses. The fittings needed to be branded and printing would last, engraving would reduce the material cuasing fractres during the crimping process and subjecting the hose as a dangeous product under pressure. So it was not only the manufacturere's request to etch the fittings but a engineering requirement by the customer's customer. This is a perfect example of knowing the right Laser Proccsing technique for the application. So choosing etching for asthtics or for product integrity makes this technique attractive for a wide range of custom and industrial marking needs.

Laser Marking.
Laser marking is another form that can cover multiple forms of Laser marking techniques such as Dark Marking (Producing a black mark on specific metals with out the use of a Marking compound), THin Film Growth, Forthing, Foaming.

We will go though each one of these types of marking techniques to better help you determine which marking method is best suited for you and your marking requirements as it will help us with better serving you.

Rotary Engraving
Rotary Engraving is pretty straight forward. It is an engaving technique controlled by the use of a Cnc machine setting engraving depths for desired engraving resutls. ROtary engraving is still widely used in the engraving industry making it ideal for dies and templates used in printing presses and embossing machines, ASME Name Plates, Data plates, tags, control panels, and manufacturing ada signage in commerical applications such as office and retail locations. Unlike a laser, rotary engravers require tooling, cutting fluid and produce fine detail and achieve greater depths in less time than most lasers. Which still to this day make it a valuable engraing method for both the engraver and client.