Powell Line Laser for Inspection Equipment

Powell Line Laser for Inspection Equipment

The Powell line laser module is a laser that can produce a uniform line laser beam. Because of its uniform line laser beam and narrow line width, it has become a core laser light source in the fields of precision measurement, industrial inspection, and automation.

The advantages of Powell's line laser are as follows:

1. High-precision detection: the Powell lens line laser can provide high-coherence and high-power laser beams due to its excellent beam shaping function. The line laser spot it produces has a narrow line width and uniform energy distribution.

2. Stability and durability: the Powell lens line laser has excellent stability and durability. Its core component, the Powell prism, adopts a high-precision optical design to reduce the impact of thermal effects and environmental changes on the shape and intensity of the laser line. This enables the equipment to maintain long-term stable operation in various complex industrial environments and is less affected by temperature changes.

3. Flexibility: the Powell lens line laser can achieve different laser line widths and ranges by adjusting the prism parameters. This flexibility enables it to play a role in many application scenarios. In automated inspection equipment, the length and width of the laser line can be adjusted according to the size and shape of the object to be inspected to ensure that the inspection coverage has no dead angles.

4. Adaptability: In three-dimensional imaging and visual measurement systems, Powell's prism line lasers show extremely high adaptability, can cope with complex terrain and environment, and achieve high-precision detection and imaging.

5. Customized solutions: According to different application requirements, Powell prism line lasers can customize parameters (fan angle, wavelength, power, line width, working distance, etc.) to meet specific surface damage detection needs.

Application fields:

The Powell lens line lasers are widely used in machine vision inspection, industrial vision measurement systems, automation equipment positioning systems, laser profile scanners, industrial robot vision guidance systems, etc., which are important areas of surface damage detection.