How To Laser Etching Stainless Steel

Stainless steel mugs and tumblers are increasing in popularity and there s a reason.

How to laser etching stainless steel. To increase the etching speed you can use systems with higher laser powers. Laser engraving stainless steel with a langolier laser marking system. Chromium oxide is formed naturally when chromium reacts with oxygen. Whether you use a co2 laser with cermark or an epilog fiber laser you can create stunning results making these tumblers truly one of a kind.

These systems are fully complete systems and are customizable to accommodate space challenged manufacturing and laser marking job shop environments. Concerning laser marking of stainless steel there are decisive differences when it comes to these key factors. It s more commonly used to etch copper but it also works well to etch stainless steel. A real concern however is what happens to steel particulate matter that is released into the air during engraving.

While laser etching with plastic or acrylics can produce harmful fumes laser engraving typically will not produce fumes when working with stainless steel. It also works with a wider range of resist materials than pure acids do. For most marking applications the maximum laser power you will need is 100w. Before doing color laser engraving on metal workpieces additional processing of the image is required.

These bad boys manufactured by companies such as yeti rtic and silverback are said to be indestructible and can keep your tasty beverages colder and hotter longer than any other tumbler on the market. Stainless steel tumblers are perfect for keeping your favorite beverage at its desired temperature for an extended period. A jimani langolier fiber laser marking system is a good marking solution for laser engraving stainless steel. However it can pit the surface if not attended to properly.

The best way to get a feel for how broad a range laser marking stainless has is to look at some specific applications. Laser engraving stainless steel leads to corrosion. In fact any method that digs markings on the surface deep or shallow will remove this layer. Copper sulfate is better suited to etching mild steels than stainless steel.

Laser engraving stainless steel removes an important protective layer. Marking tests must always be carried out to determine the suitable laser source and the appropriate laser parameters. This thin protective layer is composed of chromium oxide. Follow these easy steps to add a personalized flare to your traveling companion.

The suitable laser for safe and efficient medical product marking irrespective of the material. Laser etching is more than twice as fast as engraving and annealing making it the fastest laser marking process. Laser marking stainless steel has the ability to produce a wide range of looks and is used in many applications across diverse industries.