尼康 NIKON Ti-E 倒置显微镜用途：是高端生物科学研究利器，适用于活细胞成像、细胞生物学、肿瘤学、遗传学、免疫学等研究。可对培养瓶或皿内活体细胞、组织等进行显微观察，也用于未染色透明活体与荧光切片的荧光观察、显微摄影及图像分析 。性能：采用 CFI60 光学系统，成像出色。具备完美调焦系统（PFS），能实时校正时间序列观察中的焦点漂移，维持高倍物镜或 TIRF 技术下的焦点稳定。有电动六孔 DIC 物镜转换器，操作便捷 。支持多种观察方法：Nomarski 微分干涉（DIC）在低倍率下也能提供高分辨率图像，新型 DIC 滑块有高分辨率和高对比度选项；相差观察使用 CFI Plan Fluor ADH 100x (Oil) 物镜可减少光晕、增强对比度；暗场观察借助高 NA 聚光镜，可长时间观察微粒子且避免光漂白；霍夫曼调制相差（HMC）适用于透明样本 。新研发的 CFI S Plan Fluor ELWD/ELWD 相差物镜对近紫外到近红外光通透性高，色差校正佳 。多端口设计，含左、右、底端口，可各连接相机，后端口扩展了图像获取能力，方便多相机拍摄 。操作人性化，按键分布合理，新控制器可记录、复制观察条件，实现鼠标控制载物台 。
Product Name: Nikon NIKON Ti-E Inverted MicroscopePurpose: It is a powerful tool for high - end biological science research, suitable for live - cell imaging, cell biology, oncology, genetics, immunology and other research. It can be used for microscopic observation of living cells and tissues in culture flasks or dishes, as well as fluorescence observation, micro - photography and image analysis of unstained transparent living bodies and fluorescence sections.Performance: It adopts the CFI60 optical system for excellent imaging. Equipped with the Perfect Focus System (PFS), it can real - time correct the focus drift in time - series observation and maintain focus stability under high - power objectives or TIRF technology. It has a motorized six - hole DIC objective turret for convenient operation. It supports a variety of observation methods: Nomarski differential interference contrast (DIC) can provide high - resolution images even at low magnifications, and the new DIC slider has high - resolution and high - contrast options; for phase - contrast observation, using the CFI Plan Fluor ADH 100x (Oil) objective can reduce halos and enhance contrast; for dark - field observation, with the help of a high - NA condenser, microparticles can be observed for a long time and photobleaching can be avoided; Hoffman modulation contrast (HMC) is suitable for transparent samples. The newly developed CFI S Plan Fluor ELWD/ELWD phase - contrast objective has high permeability to near - ultraviolet to near - infrared light and good chromatic aberration correction. With a multi - port design, including left, right and bottom ports, each can be connected to a camera, and the rear port expands the image acquisition ability, facilitating multi - camera shooting. The operation is user - friendly, with reasonable key distribution. The new controller can record and copy observation conditions and realize mouse - controlled stage operation.