Optical measuring systems

Optical measuring systems are high–precision industrial devices designed for non-contact measurement of dimensions, shapes, deformations and other parameters of various objects. Thanks to the use of modern optical technologies, such systems provide high accuracy, high speed and the ability to control even complex geometric structures. They are widely used in mechanical engineering, metalworking, aerospace, microelectronics and other fields where maximum measurement accuracy is required.

Types of optical measuring systems

1. Laser scanners

Laser scanners are used for three-dimensional modeling and measurement of objects. They work on the principle of reflecting a laser beam from a surface and analyzing the data obtained.

• High accuracy – minimal measurement errors.
• High performance – the ability to scan complex parts in a matter of seconds.
• Application in automated systems – integration with robotic complexes.

2. Interferometric systems

Interferometers can measure changes in length, strain, and other parameters with nanometer precision. These systems are used in high-precision manufacturing processes.

• Nanometric accuracy is the ability to measure at the micro and nanoscale.
• The non–contact method is the exclusion of mechanical impact on the object.
• Application in quality control is the analysis of the smoothness and evenness of surfaces.

3. Videometric systems

Videometry systems are based on the analysis of images obtained using industrial cameras. They are used to control the size, shape, and location of parts.

• Flexibility in measurements – the ability to analyze various parameters of an object.
• High processing speed – instant data analysis in real time.
• Easy integration – compatible with other automation systems.

Advantages of optical measuring systems

The use of optical measurement methods provides significant advantages over traditional contact methods, allowing to improve product quality and reduce production costs.

1. Non–contact - the absence of physical contact with an object eliminates the risk of damage to it.
2. High accuracy – the ability to measure parts with submicron tolerances.
3. The speed of measurements reduces the time of quality control and production processes.
4. Automation – integration with robotic production lines and management systems.
5. Flexibility – the ability to work with different materials and complex surfaces.

Application of optical measuring systems

Optical measurement technologies are used in a wide variety of industrial fields where precision and speed of product parameter control are important.

• Metalworking is the control of the size and geometry of metal products.
• The automotive industry is a measurement of body and engine parts.
• Electronics – quality control of microelectronic components.
• Medicine – high-precision measurements of medical devices and instruments.

How do I choose an optical measuring system?

When choosing a system, it is important to consider:

• The type of objects to be measured is the size, shape, and material of the parts.
• The required accuracy is the permissible measurement errors.
• Measurement speed – system performance requirements.
• Compatibility – the ability to integrate into existing production lines.

We offer a wide range of optical measuring systems for various industrial applications. Contact us to get advice and choose the best equipment for your production!