Application Scenario:

Cell Biology:

Observe dynamic processes such as cell proliferation, migration, and phagocytosis, and analyze organelle co localization.

Study cell signaling and drug action mechanisms.

Developmental Biology: Tracking embryonic development, stem cell differentiation processes, recording morphological changes and gene expression patterns.

Materials Science: Observing the surface morphology of nanomaterials, the grain boundary structure of metal alloys, and evaluating material properties.

Microbiology: Observing the movement, reproduction, and interaction between microorganisms and host cells.

Research grade inverted biological microscopeMaintenance matters:

Optical components: Objective lenses, eyepieces, and filters should be gently wiped with a special lens paper dipped in a mixture of anhydrous ethanol to avoid scratching the coating; Fluorescent light sources need to be replaced regularly, and protective gloves should be worn during replacement to prevent mercury contamination.

Mechanical components: The guide rails of the loading platform and the focusing screw need to be regularly coated with special lubricating oil to maintain smooth movement; Electric components should avoid frequent power outages to prevent drive system failures.

Environmental requirements: The instrument should be placed in a laboratory that is shockproof, dust-proof, and has constant temperature and humidity, avoiding direct sunlight and electromagnetic interference; Use a shock-absorbing platform to reduce the impact of vibration on imaging.

Software system: Regularly backup image data and software configuration files to avoid system crashes and data loss; Timely update the drivers and patches of imaging software to ensure normal functionality.