INNOVATIS CellScreen Culture Cell Counting Olympus IX50 Microscope System TESTED

The offered instrument / system is fully functional tested and ready to use. FURTHER DETAILS TO FOLL (more)OW

The offered instrument / system is fully functional tested and ready to use. FURTHER DETAILS TO FOLL (more)OW

The Countess 3 Automated Cell Counter is a benchtop cell counting system equipped with an advanced m (more)achine-learning algorithm, ruggedized optics, fully-automated focus and lighting, and image analysis software for rapid assessment of primary and immortalized cell samples. Capacity: 2 samples per slide Detection Method: Brightfield Memory: On Board, USB Drive Sample Type: Immortalized cell lines & primary cells For Use With (Application): Cell culture & analysis workflows For Use With (Equipment): EVOS microscopes, Attune flow cytometers Dimensions (LxWxH): 229 x 229 x 140 mm Weight: 3.6 kg

The Countess II Automated Cell Counter is a fully automated cell counter and assay platform that use (more)s state-of-the-art optics and image analysis algorithms to analyze trypan blue-stained cells in suspension. Processing time: ~15 seconds Sample concentration range: 1 x 10⁴ to 1 x 10⁷ cells/mL Particle/cell diameter range: 4 60 µm (particles), 7 – 60 µm (cells) Required sample volume: 10 µL Optics: 1 channel (brightfield) Camera: 5 Mega pixels, 2.5x Optical Magnification

The Countess II Automated Cell Counter is a fully automated cell counter and assay platform that use (more)s state-of-the-art optics and image analysis algorithms to analyze trypan blue-stained cells in suspension. Processing time: ~15 seconds Sample concentration range: 1 x 10⁴ to 1 x 10⁷ cells/mL Particle/cell diameter range: 4 60 µm (particles), 7 – 60 µm (cells) Required sample volume: 10 µL Optics: 1 channel (brightfield) Camera: 5 Mega pixels, 2.5x Optical Magnification

This listing is for a Anglicon MPGP Dual Gas Analyser. The unit is in full working condition and is (more) ready for immidate realese. A gas analyzer monitors and controls the concentration of gases for different purposes in industrial processes. They can be used to ensure the safety of the environment, people, and assets and/or to increase process efficiency.

E1-class mass standards are the elite in the world of metrology, because standards of this class rep (more)resent the highest level of precision and accuracy in mass measurement. The E1 classification is one of the most stringent standards that standards must meet in order to be considered the most advanced and trustworthy measurement tools. E1 - class standard: stainless steel wire Nominal value: 500 mg Material: stainless steel What Are the Characteristics of the E1 Class? Highest Precision - The allowable deviation from the actual weight is minimal, making standards of this class ideal for applications where every gram matters. Stability and Repeatability - This guarantees a consistent level of accuracy over the long term. Accurate Calibration - Standards of this class must be regularly compared with other standards of known mass to confirm their measurement accuracy. Materials with Unique Properties - E1 class mass standards are often made of materials with exceptional physical properties, which makes them stable and resistant to changes in environmental conditions. Application 1. Analytical Laboratories In analytical laboratories where accurate measurements are crucial, E1 class mass standards are used to calibrate balances with the highest precision. 2. Pharmaceutical Industry In drug manufacturing, where even the slightest deviation from the standard affects quality, E1 class mass standards are irreplaceable. 3. Scientific Research In scientific research, especially in areas requiring the highest precision, such as physics or chemistry, E1 class mass standards are used to ensure reliable results. 4. Metrology Industry In metrology laboratories where research on E1 class mass standards alone is carried out, E1 class standards are the standard of excellence. Class E1 mass standards are not only measuring tools, but also a symbol of metrological excellence. Their use affects the quality of measurements in various areas of life because they provide precision that can be relied upon. They are a key element in the world of mass measurement, shaping standards and raising the bar for all measurement tools.

Made of fabric, protects device housing against dust, dirt, etc.