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Counting Chamber with Clips
Hemocytometer chambers in optical glass with laser reticle and clamp system.
Precise fixation of the coverslip without bubbles.
Conforming to DIN 12847 and CE marked.
Includes 2 coverslips (0.4 mm) and case.
Models: Neubauer, Bürker, Thoma, Fuchs-Rosenthal.
Documents
Hemocytometer chambers with a clip-fastening system are designed for the precise quantification of cells and particles in suspension, making them essential instruments in clinical, research, and in vitro diagnostic laboratories. Manufactured from high-quality optical glass, they incorporate grids engraved using laser technology that guarantee an exact definition of the counting areas.
Their main characteristic is the fastening system using elastic metallic clips, which ensures homogeneous fixation of the coverslip onto the measuring surface. This mechanism keeps the analysis volume constant and avoids common problems such as bubble formation, misalignment, or variations in the height of the capillary space, significantly improving the reproducibility of results.
Each unit is supplied with two standard coverslips of 0.4 mm thickness and an individual storage case, facilitating their safe conservation and handling. The design allows for duplicate determinations, increasing the reliability of the counts.
The chambers comply with DIN 12847 standard and have CE marking, which certifies their metrological precision and suitability for in vitro diagnostic applications. Their manufacture in the European Union guarantees high standards of quality and dimensional control.
They are available in different reticle configurations, adapted to various analysis methodologies, including Neubauer, Improved Neubauer, Bürker, Thoma, and Fuchs-Rosenthal models, thus covering a wide spectrum of applications in hematology, microbiology, and quality control.
The clip-fastening system provides relevant operational advantages, especially in environments with high user turnover or where speed is required without compromising accuracy. Likewise, their uniform optical surface and dimensional precision allow for consistent results in demanding cell counting procedures.
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