POMEAS Spot Spectral Confocal Measurement Microscope is a non-contact displacement measurement system down to the sub-micron level, which can be used to measure the displacement or thickness of objects with diffuse or mirror reflections on the surface as well as transparent materials.

Feature 1: Highly accurate and applicable to a wide range of materials measurement capability

The Spot Spectrum Confocal Measurement Microscope PMS-SFS-M1100 is a non-contact displacement measurement system with sub-micron accuracy. This means that it is capable of extremely fine measurements down to the sub-micron level, providing a reliable guarantee for precision-critical measurement tasks.

What's more, it can measure objects with different reflective properties and materials. Whether the surface is diffuse or mirror-reflective, or transparent, the system can accurately measure displacement or thickness. This versatility makes it useful in a wide range of industrial and scientific applications, eliminating the need for frequent changes in measuring equipment due to differences in material and reflective properties.

Feature 2: Flexible objective lens connection and wide adaptability

(1) Various objective lens connection methods: The objective lens connection of the system has the flexibility to be connected with either an independent interface or a 6-aperture nose wheel module. This variety of connection methods can meet the needs of different users' habits and specific measurement scenarios. Users can choose the most convenient and suitable connection method according to the actual situation, such as the complexity of the measurement task, the need for frequent replacement of the objective lens.

(2) Adaptation to mainstream objective lenses: SFS-M1100 can be adapted to mainstream objective lenses at home and abroad. This feature greatly expands the application range of the system, and users do not need to worry about not being able to use the measurement microscope system due to the limitation of objective lens brands or models. Whether you choose domestic high-quality objective lenses or foreign well-known brands of objective lenses, they can be perfectly matched with the system to ensure the smooth implementation of the measurement work.

Feature 3: High-performance spectral confocal module

(1) Structure and accuracy advantages: the spectral confocal module has a simple structure, which not only makes the system as a whole more compact, easy to install and operate, but also reduces the probability of possible failures to a certain extent. More importantly, the module is characterised by high measurement accuracy, which can accurately obtain the displacement or thickness information of the measurement object, with the error controlled within a very small range. Its measurement speed is also faster, and it can complete the acquisition and analysis of a large amount of data in a short period of time, which improves the efficiency of the measurement work.

(2) Suitability for different surfaces: The module is most suitable for surfaces with high reflectivity on the observation surface, which can give full play to its measurement advantages and obtain accurate data. At the same time, it is also suitable for transparent surfaces, which again demonstrates its excellent performance in material adaptability.

(3) Co-axial Design Advantage: The spectral confocal module measurement is co-axial with the main imaging optical path, and this design brings many benefits. Firstly, there is no blocking problem to ensure the smoothness of the optical path, so that the measurement light can accurately and precisely reach the measurement object and return, ensuring the accuracy of the measurement results. Secondly, the focus detection spot is small, and with this feature, the system can accurately measure areas such as slots, holes and pits. These complex areas are often difficult to measure accurately with conventional measuring equipment, but the SFS-M1100 is able to do so thanks to its co-axial design and small spot size.

Characteristic 4: rich observational modalities and integration capabilities

(1) Differential Interference Observation: The PMS-SFS-M1100 supports differential interference observation, which provides users with a new, more detailed observation perspective. Through differential interferometric observation, the microstructure and detailed features of the object surface can be seen more clearly, which is especially important for some measurement tasks that require in-depth understanding of the surface morphology of the object.

(2) Integration with motion control units: The system can be integrated with motion control units to achieve high-speed and precise focusing. This integration capability enables the system to complete the focusing operation more intelligently and efficiently during the measurement process, further improving the accuracy and speed of the measurement. This integration advantage will be fully utilised in complex measurement scenarios where fast and accurate focusing of multiple measurement points is required.

The POMEAS Spot Spectral Confocal Measurement Microscope PMS-SFS-M1100 is a practical measurement system that offers significant advantages in the field of displacement measurement due to its high accuracy, wide applicability, flexible objective lens connection, high-performance spectral confocal module, and a wide range of observation modes and integration capabilities.