Used YAMATO FHS-150 #9393174 for sale

YAMATO FHS-150 is a laboratory equipment and accessory that is designed for use in scientific research and experiments. It is a mini-cell manipulation system that allows users to focus on subcellular objects or samples of a few microns in size with high speed and accuracy. It is specifically designed for a range of applications, including gene therapy and cellular imaging. FHS-150 features a compact design with 4 stainless steel prosthetic functions. It has a 50nm-inner movement resolution which can reliably measure extremely small samples and objects. It has a rotation angle range of 180° and a tilt angle range of ±30°, extending its range and offering a more precise operation. Additionally, this device boasts a coordinated motion control of ±200 μm in XYZ, offering smooth and accurate operations even with small samples. YAMATO FHS-150 includes temperature control capability with a range of 0° C to 50° C. This feature allows users to maintain a stable condition while performing their experiments or research, and eliminates the need to make frequent adjustment. Additionally, this machine has an on-board microprocessor that is available for controlling its operation, as well as for monitoring the temperature, and other parameters. This device has a number of additional features that make it suitable for the most demanding of lab operations, including an advanced laser system and advanced optics. It also features a 6-lens system with NA 0.1-0.8 and this includes a 60mm long working distance. In addition, FHS-150 has a long list of accessories available to extend its capabilities. These include specialized alignment stage, fluorescence adapter, and sample holders. Furthermore, this lab equipment and accessory can be integrated with different types of microscopes and imaging systems, allowing users to a range of possible experiments and research. Overall, YAMATO FHS-150 is a highly reliable and accurate laboratory equipment and accessory specifically designed for cell manipulation tasks with precision. Its intuitive design, flexible functions, and extended capabilities offer users an increased level of accuracy in their research and experiments.