Discover the power of innovation: Explore our stunning gallery of Optical Instruments at Biotechouse™.

Applications: Biology, Medicine, Education
Sample Types: Thin, translucent samples like tissue sections, cells, or slides
Features: A brightfield microscope is ideal for precise examinations. It uses transmitted light to illuminate the sample from below. Interchangeable objectives allow for varying magnifications, making it a popular choice in pathology and microbiology.

 Applications: Research, Molecular Biology, Medicine
Sample Types: Samples marked with fluorescent dyes (e.g., cell structures, DNA, proteins)
Features: A fluorescence microscope uses UV light to excite fluorescent dyes, making specific signals visible. It is indispensable for cell research and molecular biology. 

 Applications: Cell culture research, Biotechnology, Industry
Sample Types: Living cells in Petri dishes or culture flasks
Features: Inverted microscopes are designed for observing living cells in liquid media. The light source and objectives are positioned below the sample, enabling non-invasive cell culture observation. 

 Applications: Material testing, Metallurgy, Quality control
Sample Types: Metallic surfaces, polished samples, welds
Features: Metallurgical microscopes use reflected light to analyze surface structures and material defects. They are specifically designed for opaque materials. 

 Applications: Geology, Mineralogy, Material Science
Sample Types: Crystals, minerals, fibers
Features: Polarizing microscopes use polarized light to reveal birefringence and other optical effects, making them ideal for analyzing minerals and crystalline structures. 

 Applications: Preparation, Material testing, Electronics, Botany
Sample Types: Insects, plants, circuit boards, or small components
Features: Stereo microscopes provide a 3D view and are perfect for low-magnification tasks such as preparation and quality control. 

 Applications: Documentation, Training, Quality control
Sample Types: Small components, materials, and samples
Features: Digital and video microscopes deliver high-resolution images and videos directly to a monitor, making them ideal for real-time observation and documentation.

Applications: Documentation, Training, Quality control
Sample Types: Small components, materials, and samples
Features: Digital and video microscopes deliver high-resolution images and videos directly to a monitor, making them ideal for real-time observation and documentation.

 Applications: Documentation, Training, Digital Image Processing
Features: KERN’s microscope cameras enable high-resolution capture of images and videos directly from the microscope. Compatible with various microscope types, they support live streaming and image editing, making them ideal for research and presentations. 

 Applications: Food and beverage industry, Pharmaceuticals, Chemistry, Agriculture
Sample Types: Liquids and solutions such as sugar, salt, alcohol, antifreeze
Features: Refractometers measure the refractive index of substances, providing accurate data on concentration, purity, and composition. KERN offers portable and digital refractometers suitable for various applications, ensuring top performance in quality control. 

 Applications: Food analysis, Chemistry, Pharmaceuticals
Sample Types: Solutions with optically active substances such as sugars, proteins, or chemicals
Features: Polarimeters measure the optical rotation of substances in solutions, essential for quality control and research. KERN offers precise instruments tailored for laboratory and production environments. 

 Applications: Advanced lighting needs in laboratories and industry
Features: KERN provides a range of lighting options, including LED ring lights and flexible light sources, offering optimal illumination for detailed sample observation.