Discover premier benefits from laser fiber marker (Part 1)

A fiber laser marker utilizes a fiber optic cable that has been doped with Yb (Ytterbium) to control the laser operation to make marking effects on materials. Based on the capability, Namson’s Fiber Laser Markers are ideal solution for marking, engraving, and etching metal and plastic components, gives it an unrivaled advantage amongst industrial laser markers.

Namson laser fiber marker

Which industry a laser fiber marker can be applicable?

Nowadays, whether you are in the Electronics, Medical, Pharmaceutical, Molding or Automotive industry, the laser fiber markers can aid you for an efficient, automated laser marking product.  Fiber lasers are used to mark, etch on plastic, ceramic, and metal components to create high contrast labels, directions, lot and date codes, barcodes, product names and numbers, and company logos on products.

Fiber Laser Application Examples

Why does a fiber laser marker get a multiple applications in various industries?

Durable, long-lasting under bad environment conditions, easy-to-integrate into production chains and making excellent quality results are all benefits of a fiber laser marker. In addition, it is also designed with a wide range of specific features to fit most of user’s demands and help to save time and cost for enterprises.

Let’s take a look over the following features of the fiber laser marker; you will see how it makes your benefits:

High-Speed Parts Marking Over a Larger Work Area

By directing the laser beam through a series of mirrors, the fiber laser marker has been designed to work on a large area of up to 24″ x 12″ (609 x 305 mm). Generally, a fiber laser marker uses the Galvo system – one of the best laser flying optics to control all activities of the laser source. Also, the flying-optic laser makes it able to work on a larger table and on multiple materials, particularly:

• Allows for high-speed parts marking with a larger work area.
• Accommodates large pieces or common label sheet stock. Palletization or sheet-stock marking is done while the operator performs other tasks.
• Consistent spot size and power density is achieved over the entire work area.

(Please view the part 2)