About MagZoom TZM6 for IVF/ Nematodes/ Zebra Fish TR
MagZoom TZM6 for IVF/ Nematodes/ Zebra Fish
Trinocular Stereozoom Microscope Model TZM6 consisting of zoom Trinocular observation tube
inclined at 45 degrees with IPD of 54-76 mm, +/- 5 mm adjustable diopter , zoom zatio of 1: 6.7,
with built in 1x objective, transmitted light of 6V20W halogen light with reflector mirror & glass plate,
paired widefield eyepiece of 10x/22 mm, Magnification: 6.7x45x (with built in 1x objective & paired
eyepiece of 10x ) , Rack & pinion Coarse focusing drive & dust cover
Precision and Comfort for Demanding ResearchMagZoom TZM6 is engineered with ergonomic controls, a low-positioned coaxial stage, and anti-vibration base, allowing researchers to conduct intricate procedures with ease. Its 73 mm working distance and long working distance condenser support a broad range of cell culture vessels and sample sizes, making it ideal for IVF, nematode, and zebra fish applications.
Advanced Digital Imaging CapabilitiesWith a high-resolution CMOS sensor, Full HD video at 60 fps, still capture at 2 MP or 5 MP, and versatile interface options (USB 3.0, HDMI, SD card), MagZoom TZM6 integrates seamlessly into digital workflows. Researchers can store images and videos directly on SD cards up to 128 GB or connect to computers for analysis and archiving.
FAQ's of MagZoom TZM6 for IVF/ Nematodes/ Zebra Fish TR:
Q: How does the low-position coaxial control enhance stage movement during observations?
A: The low-position coaxial control allows for effortless and precise X/Y movement of the mechanical stage, reducing strain during extended use and facilitating accurate positioning of slides for tasks like IVF, live cell imaging, and organism tracking.
Q: What are the key applications of the MagZoom TZM6 in laboratory environments?
A: MagZoom TZM6 is extensively used for IVF procedures, live cell imaging, nematode analysis, zebra fish research, and time-lapse recording (TR). Its specialized optical and digital features support dynamic biological studies requiring extended observation and high-resolution documentation.
Q: When should I consider upgrading the camera on the MagZoom TZM6?
A: You might consider a C-mount camera upgrade if your research demands higher resolution imaging, specialized sensors, or advanced video recording capabilities beyond the standard CMOS camera provided.
Q: Where can the data captured by the microscope be stored and accessed?
A: Captured data-still images and videos-can be stored on SD cards up to 128 GB inserted into the dedicated slot, or transferred via USB 3.0 directly to a connected Windows or Mac OS computer for further analysis and backup.
Q: What is the process for routine cleaning and maintenance of the microscope?
A: Routine maintenance involves gently cleaning optical surfaces with lens paper, emptying and cleaning immersion oil, storing the unit with its dust cover, and periodically checking mechanical parts for smooth operation. The included user manual provides detailed guidance to maximize lifespan and performance.
Q: How does the ergonomic design of the MagZoom TZM6 benefit laboratory users?
A: The ergonomic layout, including an inclined and rotatable eyepiece tube, low-position focus system, and anti-fungal paired eyepieces, minimizes user fatigue and ensures comfort during long sessions, enhancing focus and efficiency in research tasks.