High precision visual system

Using high-resolution industrial cameras to capture real-time dynamic images of workpieces, in order to confirm the coordinate changes of dynamic workpieces;

Automatically move the offset coordinates to the correct position and mark them in the correct location through calculation.

Save processing time

Fiber optic vision laser marking machine improves the complexity and high cost of fixture productionSmall or irregular products

Poor control of marking accuracy,The placement of the product affects the marking accuracy and other disadvantages,

Greatly shortened the marking cycle.

System automatic recognition

Visual automatic positioning can achieve automatic recognition of different features and quantities of products,

Automatic grabbing, automatically corresponding to different marking processing.

Efficient automatic processing

In the process of large-scale industrial production, the efficiency and accuracy of using manual visual inspection for product quality are low,

The use of machine vision inspection methods can greatly improve production efficiency and automation level.

High speed area array camera

Using a high-speed array industrial camera, the image acquisition speed can

Reaching over 100 frames per second, with a large camera imaging field of view, suitable for marking products on any surface.

High precision marking effect

Proactively locate the angle and position of the target product, without reprinting or missing, achieving precise marking based on

Product matching visual configuration, marking accuracy can be controlled withinWithin 0.02mm.

Automated flow marking

Our proprietary software algorithm has high positioning accuracy and fast response speed,

Can be used in conjunction with conveyor belts to load the entire disc and achieve efficient marking on the assembly line.

Optional laser

Users can choose lasers according to their own needs, supporting carbon dioxide

Fiber optic, ultraviolet, green light and other lasers.