We have manufacturers, suppliers and service providers from the area Optical measuring, optical measuring systems and optical measuring devices for medical technology

Optical measuring instruments are tools used to make accurate measurements of parts. The most common type of instrument is the universal measuring microscope, which has a transverse carriage with the part to be measured moving along it. A viewing device - such as a microscope or reading lens - moves across the part's surface as it is measured. A reading device measures the measurement and records it on a scale. Some universal measuring microscopes also have a projection device for readings.

The importance of high-quality measurements in manufacturing processes cannot be stressed enough. Increasingly small printed circuit boards and electronic components need accurate measurement to ensure the highest level of performance. The complexity of these products calls for accurate optical measurements to ensure they are designed properly. The electronics and injection molding industries often produce products with dense clusters of small features. Image-processing sensors can measure the feature accurately within the camera's field of view, making them a much faster and reliable method than tactile probing. Optical measuring equipment has a wide range of applications, including medical devices, pharmaceuticals, and the aerospace industry.

Optical measuring instruments have moved from manufacturing environments to laboratory settings, but they continue to be popular with researchers and engineers. The latest technologies make it easier to measure parts and perform quality control inspections, allowing for rapid development and production of medical devices. These methods are able to analyze and measure many different materials, which has paved the way for a new generation of devices. These tools are also extremely flexible, allowing researchers to design and build products that meet specific needs.

Optical measuring instruments can be used to make accurate measurements on all types of materials. For example, they can be used in automation setups to speed up the process and increase throughput. Another emerging industry that can benefit from optical measuring is additive manufacturing, where tolerance levels can be very high, making inspections more complex. However, this technology is not immune to fluctuations in temperature, humidity, vibrations, and other environmental conditions. The accuracy of the measurement depends on several factors, including the materials' physical properties, and the level of precision.

Optical measuring instruments are used in many different environments. The use of these devices enables the accurate characterization of light-matter interactions and the development of tools and standards for industrial and national needs. In addition, optical measuring equipment is an integral part of various manufacturing processes. It is not uncommon for the technology to be used in mass spectrometry. And if you're in the optical measurement business, it's vital to have the right instrument for your specific needs.

In medical applications, surfaces are often used as functional carriers. This means that even a slight deviation in the micrometer range can impact the functionality of a product. Optical surface measurement provides a non-contact, non-destructive solution. Unlike tactile measurement systems, optical measurement solutions can be used anywhere without the risk of contamination. In addition to the precision of the measurements, they're easy to trace audit trails, making them useful for quality assurance.