Cuihe provides enterprises with information about TI2-U inverted microscope, TI2-U inverted microscope price, and TI2-U inverted microscope parameters.
1.
Core technical features and hardware performance 1.
Stable body and adaptability to assisted reproduction (ART/IVF) applications High-stability micro-operation platform ECLIPSE Ti2-U IVF can provide a stable inverted microscope stage for precision micro-operations such as ICSI.
Its body structure is suitable for use with micromanipulators, constant-temperature hot stages, laser auxiliary systems and related ART accessories for intracytoplasmic sperm injection, embryo biopsy, gamete observation and embryo morphology assessment.
Nikon Advanced Modulation Contrast (NAMC) Observation Ti2-U IVF supports Nikon NAMC observation method, which can conduct high-contrast observation of colorless and transparent samples through plastic culture containers, and produces a relief-like light and dark effect, which is suitable for observation of oocytes, sperm, embryos and other samples during ICSI.
Compared with DIC, NAMC has better adaptability to plastic culture containers and is more suitable for common ART operating environments.
Spindle Observation Expansion Ti2-U IVF can be configured with a spindle observation system to observe the oocyte spindle structure and assist in avoiding key structures during microinjection.
This function needs to be used with the corresponding spindle observation module and compatible objective lens. 2.
Manual control and intuitive operation Manual focus and intermediate magnification switching Ti2-U adopts a manual focus mechanism with a coarse/fine focus knob and a 10 mm focus stroke.
The system supports manual switching of 1.0X / 1.5X intermediate magnification.
The observation magnification can be adjusted without changing the objective lens, which facilitates quick judgment in ICSI, IMSI and morphological observation.
Multiple optical path outputs for easy switching between observation and imaging.
Ti2-U supports 4 manual optical path output positions, which can be switched between eyepiece observation, left and right ports, and split light output, making it easy to take into account human eye observation, camera acquisition, and connection to external imaging equipment.
The number of observation fields of the eyepiece is FN 22; depending on the interface of the imaging end, C-mount can reach FN 22, and F-mount can reach FN 25.
Six-hole manual nosepiece Ti2-U can be configured with six-hole manual nosepiece, including ordinary six-hole nosepiece and DIC six-hole nosepiece.
The DIC six-hole objective lens converter has a simple waterproof structure and is suitable for higher-frequency sample operation environments in cell culture and ART experiments. 3.
Scientific-grade brightfield, phase contrast, DIC and fluorescence expansion capabilities CFI60 optical system and multi-type objective lens support Ti2-U is based on Nikon CFI60 infinity corrected optical system and can be used with Achromat, Plan Fluor, S Plan Fluor, Apochromat Lambda and other series of objective lenses.
Depending on the application requirements, NAMC, phase contrast, DIC or fluorescence special objectives can be configured to meet the needs of ART, cell observation and scientific research imaging.
High-quality transmitted brightfield and contrast observation The system can be configured with high-power LED transmitted illumination, long working distance/ultra-long working distance condenser, NAMC condenser and 7-position manual condenser turntable, and supports various transmission observation methods such as brightfield, phase contrast, DIC, and NAMC.
For samples in multi-well plates, Petri dishes, and thick-walled culture vessels, the appropriate objective and condenser configuration should be selected based on the container type, sample thickness, and observation method.
Large field of view fluorescence imaging expansion The Ti2 series can be configured with a large field of view epi-fluorescence illumination module, supporting fiber optic light sources, fluorescence filter blocks and manual fluorescence turntables.
The large field of view fluorescence illuminator adopts a compound eye lens design, which helps to improve the uniformity of illumination at the edge of the field of view and is suitable for multi-color fluorescence observation, image stitching and scientific research-grade camera acquisition.
2.
Core application fields and configuration suggestions Assisted reproductive medicine (ART/IVF) ICSI, IMSI, oocyte observation, gamete and embryo morphological grading, embryo biopsy auxiliary NAMC 20X/40X objective lens, NAMC condenser module, constant temperature hot stage, micromanipulator, spindle observation system and laser auxiliary system if necessary High-definition bright field and morphological examination Routine morphological examination of living cells, primary cell culture status assessment, culture dishes / Multi-well plate observation, bright field recording of tissue or cell samples 10X/20X/40X CFI60 objective, LWD/ELWD condenser, high power LED transmitted illumination, digital camera Phase contrast, DIC and high contrast observation Stain-free transparent sample observation, cell edge and internal structure observation, ART sample observation in plastic culture containers Phase contrast objective, DIC six-hole objective converter, DIC prism assembly, NAMC Objective lens and condenser module Scientific research grade multi-color fluorescence imaging Multi-color fluorescent label detection, live cell fluorescence observation, fluorescence image recording, basic quantitative analysis and image stitching Apochromat Lambda or Plan Fluor fluorescence objective lens, large field of view epi-fluorescence illumination module, manual fluorescence filter block turntable, scientific research grade camera, NIS-Elements software 3.
Application selection guide Nikon ECLIPSE Ti2-U Ideal for research-grade inverted microscope applications that require manual control, high stability, and multi-observation expansion.
For assisted reproductive medicine laboratories, Ti2-U IVF can be focused on ICSI, IMSI, oocyte observation, embryo morphological grading and embryo biopsy assistance.
By matching the NAMC objective lens, NAMC condenser module, constant temperature hot stage, micromanipulator, spindle observation system and laser auxiliary system, it can meet the requirements for observation stability and operation accuracy in clinical ART/IVF scenarios.
For life science research laboratories, Ti2-U can be used for live cell morphological observation, bright field recording, phase contrast observation, DIC observation, NAMC high contrast observation and conventional multi-color fluorescence imaging.
Its CFI60 optical system, FN 22 eyepiece observation field of view, and C-mount FN 22 / F-mount FN 25 imaging expansion capabilities are suitable for laboratories that need to take into account human eye observation, digital camera acquisition and subsequent imaging module upgrades.
When selecting a model, if the user focuses on microinjection, embryo manipulation, stable manual observation, and long-term reliable operation, Ti2-U IVF is a more suitable choice; if the laboratory requires automated acquisition, autofocus, long-term multi-dimensional live cell imaging, or complex high-speed imaging processes, it is recommended to consider Ti2-E, Ti2-I or other motorized inverted microscope stages.
Nikon ECLIPSE Ti2-U is a research-grade manual inverted microscope stage for assisted reproductive medicine (ART/IVF), high-precision micromanipulation and life science research applications.
The system uses Nikon's CFI60 infinity-corrected optical system, which has a stable body structure, manual focusing and optical path switching capabilities, and can expand NAMC, phase contrast, DIC, fluorescence imaging, spindle observation and micromanipulation related modules according to application needs.
Ti2-U IVF is particularly suitable for application scenarios such as ICSI, IMSI, oocyte observation, embryo morphological assessment, and embryo biopsy assistance.