A translation stage is a high-precision motion platform, typically composed of X and Y axes, that precisely moves the workpiece or laser head within a two-dimensional plane, enabling laser marking of large or complex workpieces. Laser marking uses a high-energy laser beam to etch patterns, text, or QR codes onto a material's surface, creating a permanent mark.
The fiber laser marking machine uses a fiber laser to generate a laser beam with a wavelength of usually 1064nm, which is focused by an optical system and acts on the surface of the material.
Fiber laser marking machines are widely used in the following fields due to their high precision, high efficiency and multi-material adaptability.
A single laser can perform multiple laser processes. To achieve this, our experts make small adjustments to the laser parameters and to the optical components.
This simplifies and speeds up integrations, as the same laser system can be used for all your integrations. In addition, all lasers use the same controller module. This allows system integrators to work in the same environment when connecting cables and programming data exchange.
Compared with traditional marking, the error is 5-10 times smaller
Our machines are equipped with high-quality laser sources to ensure long-term operation and low maintenance costs
Laser marking machines use a non-contact process and require no consumables, helping you minimize downtime