Used CARL ZEISS PALM MicroBeam #9316078 for sale

CARL ZEISS PALM MicroBeam is the first automated beam-manipulation equipment designed specifically for use in biological laboratories. It is a highly versatile and user-friendly system for manipulating biological samples, from whole organisms to subcellular components. PALM MicroBeam is composed of two components: the optical microscope and the laser unit. The optical microscope consists of a conventional magnification device, adjustable focus mechanism, light source, and various imaging filters. The microscope is capable of magnifying up to 600x, allowing researchers to observe biological samples in exquisite detail. Additionally, the microscope can be adjusted to capture images in three-dimensional space, allowing researchers to visualize the spatial relationships of the material being observed. The second component of CARL ZEISS PALM MicroBeam is the laser machine. This tool utilizes an array of diode lasers with adjustable power, wavelength, and beam angles to precisely manipulate parts of the biological sample being observed. By manipulating the laser beam, researchers can create patterns, identify surface features, cut samples, and even form nanofibers. The wide variety of functions enabled by PALM MicroBeam make it an invaluable tool for biological research. Researchers can utilize the optical microscope to observe a sample at a cellular level, then utilize the laser asset to precisely manipulate their sample. This allows for a much greater level of control when performing experiments on biological samples than was previously achievable. The versatility of CARL ZEISS PALM MicroBeam also increases its usefulness for a wide variety of applications, including microfabrication processes, nanomeasurement, nanolithography, microfluidics, and cell biology. The ability to precisely control and manipulate samples with laser beams makes the MicroBeam model ideal for research involving materials at the nanoscale. PALM MicroBeam is an incredibly versatile and precise research tool, and has the potential to revolutionize our understanding of biological samples. Its wide variety of functions and applications make it an invaluable tool for any research laboratory, allowing researchers to explore samples on an unprecedented level of detail.