KERN OKO-1 Metallurgical Microscope
The KERN OKO-1 Metallurgical Microscope is designed for precise metallurgical analyses and offers optimal conditions for use in laboratories, industrial quality assurance departments and in education. The system impresses with its robust design, high optical quality and practical features, making it particularly attractive for demanding routine and research tasks in materials testing and education. The flexible lighting system enables detailed observations of different material surfaces and structures - advantages that make the device stand out in the advanced field of materials science.
Performance features and technical highlights
Optimal viewing and analysis of metallic and other non-organic samples is achieved through the high-quality optical configuration and a high-contrast image under variable lighting conditions. The microscope impresses with its versatility and user-friendliness, enabling efficient error analysis, microscopic audits and routine observations.
Important technical features
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Optical tube: Binocular, ergonomically designed for prolonged use
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Objectives: Planachromatic objectives (corrected to infinity) for precise imaging
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Contrast methods: Reflected light bright field and transmitted light bright field
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Illumination: Combined solution (reflected light/transmitted light) for versatile sample illumination
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Stand: Upright design with stable construction for vibration-free observation
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Standards/certifications: CE-compliant, DIN-compliant for laboratory equipment
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Areas of application: Suitable for routine use in manufacturing, quality control and research
The planachromatic objectives deliver excellent image sharpness and colour fidelity across the entire field of view, making microscopic features optimally visible - even with challenging samples. The infinity-corrected optics reduce colour fringing and allow flexible expansion of the optical system. The robust stand guarantees long-lasting use even with frequent use, while the ergonomic design allows relaxed working positions over longer periods of time.
The use of both reflected light and transmitted light illumination allows the user to easily switch between surface analysis (e.g. of metals, paints, coatings) and the examination of transparent samples or preparations. The solid mechanics and ease of use lower the entry barriers even for inexperienced users and increase process reliability in routine applications.
The microscope complies with all relevant CE and DIN standards for optical measuring instruments and is therefore approved for professional use in testing laboratories or industrial environments. CE certification and compliance with DIN standards confirm its safety, precision and reliability.
Specific examples of applications in everyday laboratory and industrial use
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Material defect analysis: Detection and characterisation of cracks, inclusions or corrosion on metallic surfaces or components.
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Quality testing in plastics technology: Analysis and inspection of polymer samples for material defects, structural changes or purity - relevant for polycarbonate, polyamide or polyethylene, for example.
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Weld seam inspection: Testing the microstructure in welded joints and detecting weld seam defects in metal processing.
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Microstructure examination: Representation and evaluation of microstructures in iron, steel or light metal samples and other materials.
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Medical technology: Inspection of precision mechanical components and connecting elements in device manufacturing (e.g. surgical instruments, implant parts).
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Training and teaching: Teaching microscopic skills to trainees and students in the field of materials engineering and industrial microscopy.
Typical substances and materials analysed
- Steels, aluminium, copper alloys
- Plastics and composites such as GRP or CFRP
- Soldered joints, coatings, lacquer layers
- Precision mechanical components made of stainless steel or titanium
FAQs about the KERN OKO-1 metallurgical microscope
How is calibration performed?
The microscope is calibrated at the factory and delivered ready for immediate use. If necessary, recalibration can be performed using reference samples; detailed information can be found in the device documentation.
Which objectives are included as standard?
The standard scope of delivery includes planachromatic, infinity-corrected objectives with different magnification levels, which are optimised for demanding metallurgical and materials engineering tasks.
Is it possible to convert the system for fluorescence applications?
The system is not designed for fluorescence microscopy or confocal applications. Microscopes with specific fluorescence illumination and filter technology are required for such special applications.
Does the device require regular maintenance?
For long-term precision results, we recommend regular cleaning of the optics and an annual check of the mechanics and illumination in accordance with the manufacturer's recommendations.
What samples can the microscope be used with?
Thanks to its dual illumination (reflected light/transmitted light), it is suitable for opaque samples (metals, ceramics, lacquers) as well as transparent material layers or thin cross-sections.
Summary
The KERN OKO-1 metallurgical microscope impresses with its robust construction, precise optics and ergonomic design, making it a first-class choice for demanding tasks in the laboratory and production. With its versatile illumination system, first-class, infinity-corrected objectives and standard-compliant design, it guarantees reliable and accurate results in metallurgical microscopy and materials testing. For quality assurance, research and education, this microscope is an efficient and durable tool that meets the demands of both professionals and educators.
