The Watch bezel is the rim of the case that connects to the lugs and holds the crystal in place. It is typically a flat-edged surface, but can also be rounded. Some bezels add aesthetics to a watch by adding embellishments while others are functional in nature. Since Common base metals like copper, zinc, brass and other relatively inexpensive metals are often prone to corrosion, plating base metal bezels with gold, silver, nickel or another resistant metal is a common practice.
Developments in advanced watchmaking technology have paved a way for new tools and discoveries used to make the watches more functional and improved designs.
The latest in this series is the use of laser engravers in watchmaking. With fibre laser engraver and laser marking machines, clockwork components, oscillation weights, bezels, crowns, housings, watch case backs or dials are laser-marked, laser-engraved or laser cut for more precision, prototyping and saving time and money.
In addition, leather wristbands for wristwatches, silicone and elastomers for watch parts such as seals or also sapphire glass can be processed using CO2 lasers.
Markolaser- precision lasers have all the capabilities of laser surface texturing, on watch bezels for improved aesthetics in luxury watches on any contoured surface.
The highlight of Markolaser machines is the excellent repeatability on a level of complex layer engraving and surface texturing for precision and accuracy of artwork on the small rim of a watch bezel unmatched by anyone in the market.
Contact us at [email protected] to know more about this technology.

In recent years, With the rise of environmental protection, laser technology has increasingly replaced traditional corrosion processes on moulds, signs, hardware accessories and other products for the depth of engraving applications.

Compared with the traditional way, laser deep engraving for metal materials has the advantages of no pollution, high precision, flexible, and can meet complex engraving techniques.

Due to the differences processing requirements in different industries, the corresponding engraving depth requirements and laser deep engraving effects are also different. For example, the hardware industry pursues engraving depth, and the electronic components and precious metals industries focus on fine texture. Common materials for laser engraving are carbon steel, stainless steel, aluminium, copper, precious metals etc. This test is to compare the engraving depth capabilities of different fibre lasers on several conventional metal materials.

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