KERN Polarising Microscope OPO-1
The KERN Polarising Microscope OPO-1 is a state-of-the-art analysis tool developed for demanding applications in the fields of mineralogy, petrology, gemmology and asbestos analysis. Its precision and robust design set it apart from comparable models and enable reliable, accurate analyses in scientific and industrial laboratories. This microscope impresses with its excellent optical quality, durable mechanical construction and wide range of application options, making it the first choice for professional users in materials analysis.
Innovative technology and technical highlights
Specially designed for the differentiated examination of transparent and opaque materials, the microscope integrates a variety of modern functions. Here is a compact overview of the key technical highlights:
-
Binocular design: Comfortable, fatigue-free observation even during lengthy analyses.
-
Contrasting methods: Reflected light and transmitted light bright field for flexible sample presentation, tailored to different material types.
-
Plan achromatic objectives: Corrected to infinity; they ensure high image quality with excellent field flatness and colour reproduction.
-
Stable, upright stand: Ideal for demanding laboratory environments, low vibration and durable.
-
Versatile illumination options: Separate units for reflected and transmitted light, controllable via variable intensity controls.
-
Polarisation equipment: Complete system with polariser and analyser for comprehensive polarisation optical examinations.
-
Standards & certifications: Complies with current DIN standards, meets common laboratory quality and safety standards (including CE marking).
The microscope is designed for maximum user-friendliness: the ergonomic design of the controls, high-quality drive mechanics for precise focusing and the modular design for easy expansion make the system particularly practical. The planachromatic objectives not only ensure excellent image quality, but also offer critical advantages in refractive index determination, a core application in geoscience laboratories.
Standards and certifications
The polarising microscope naturally complies with all relevant DIN standards and bears the CE mark. This guarantees compliance with strict quality and safety criteria - crucial for use in professional laboratories and official investigations. Factory calibration also ensures maximum precision from the very first use.
Typical applications
Thanks to its technical features, the OPO-1 is ideal for use wherever material identification, purity testing or structural analysis are required. It is particularly frequently used for:
-
Gemmological analysis: Identification, characterisation and classification of gemstones based on optical properties, e.g. quartz, tourmaline, spinel.
-
Mineralogy & petrology: Detailed analysis and classification of rock samples, detection of inclusions, determination of composition and structural analysis.
-
Determination of the refractive index: Precise measurement of optical characteristics, indispensable for phase detection and mineral identification.
-
Asbestos analysis: Identification and quantification of asbestos fibres in environmental, construction or material samples, particularly relevant for occupational safety and environmental analysis.
Other applications include materials testing in industry, damage analysis and training in the fields of geosciences and materials science.
FAQ - Frequently asked questions
How is the OPO-1 correctly calibrated?
The device is delivered calibrated. For regular recalibration, we recommend using certified standards and having the calibration carried out by experienced laboratory personnel.
The scope of delivery includes planachromatic, infinity-corrected lenses specially developed for brilliant imaging and precise measurements.
Is the device suitable for fluorescence microscopy?
The OPO-1 does not support fluorescence microscopy. Specialised microscopes are required for this type of application.
How is the illumination unit controlled?
The integrated reflected and transmitted light illumination can be adjusted continuously using a control directly on the base of the device - for optimum contrast and adaptation to different sample types.
For which substances is the analysis particularly suitable?
Ideal for minerals such as quartz and feldspar, gemstones, and for identifying asbestos fibres and other inorganic materials.
Conclusion
With its sophisticated design, outstanding optical performance and wide range of applications, the OPO-1 is a first-class solution for professional laboratories. It offers reliable analysis results, complies with standards and is extremely user-friendly. Its robust construction and low-maintenance mechanics ensure long-term investment security - an indispensable tool for experts in geoscience, materials testing and gemstone analysis.
