Laser profile spraying

Equipment Introduction

Laser profile detection technology and U-axis powder spray gun interlock control achieve high-precision contour spraying. Real-time adjustment is made according to the surface profile of the workpiece to ensure that the powder coating is uniform and has no dead angles, which is suitable for high-quality spraying of complex-shaped workpieces.

Device Description

The workpiece surface is scanned by a laser scanner to obtain the three-dimensional contour data of the workpiece . The contour data is transmitted to the control system in real time to generate a three-dimensional model of the workpiece. Based on the laser contour data, the control system calculates the optimal spray path. The U-axis powder spray gun is adjusted in real time according to the calculation results to ensure that the spray gun maintains the optimal distance and angle with the workpiece surface. The spray gun movement is synchronized with the workpiece surface contour to ensure uniform powder coverage.

Functions and features

High precision: Combining laser profile detection with real-time control to achieve high-precision spraying.

High efficiency: high degree of automation, reducing manual intervention and improving production efficiency.

Strong adaptability: suitable for workpieces of various complex shapes.

Intelligent control: Friendly human-machine interface and intelligent algorithm, easy operation, support parameter setting and real-time monitoring.

Laser scanner: A high-precision laser sensor used to scan the surface of a workpiece and obtain contour data.

U-axis powder spray gun: equipped with U-axis drive system to achieve multi-degree-of-freedom movement and adapt to complex curved surfaces.

Control system: High-speed processor and real-time operating system ensure fast data processing and response. Equipped with intelligent algorithm, it automatically generates spraying path and control parameters. It has a friendly human-machine interface, easy operation, and supports parameter setting and real-time monitoring.