奥林巴斯 OLYMPUS BX43 研究级正置显微镜用途：适用于医院、研究所、生物公司、教育等机构。在生命科学研究中用于细胞、组织观察；在工业领域可用于材料微观结构分析；在教学中辅助知识讲解，帮助学生理解微观世界 。性能：采用 UIS2 无限远校正光学系统，成像清晰。照明系统为内置透射光柯勒照明器，可选择 12V 100W 卤素灯或真彩 LED 照明。LED 照明寿命长，显色指数接近带日光滤色片的卤素灯，能清晰区分相似颜色，为常用染色提供理想波长范围。配备光强管理器，可依物镜自动调节照明强度。6 孔物镜转盘，搭配多种物镜，如 Plan Achromat 物镜（4X、10X、20X、40X、100X 等）。载物台为陶瓷表面同轴设计，带左手或右手低位驱动、旋转装置和扭力矩调节。有多种观察头可选，如宽视野（视场数 22）三目观察筒（倾角 30 度）、宽视野人机工程学双目观察筒（倾角 0 - 25 度） 。聚光镜类型丰富，包括阿贝聚光镜（数值孔径 1.1，用于 4× - 100×）等，满足明场、暗场、相差等多种观察方式 。
Product Name: Olympus OLYMPUS BX43 Research - Grade Upright MicroscopePurpose: Suitable for hospitals, research institutes, biotech companies, educational institutions, etc. It is used for observing cells and tissues in life science research, analyzing the microstructure of materials in the industrial field, and assisting in knowledge explanation in teaching to help students understand the microscopic world.Performance: It adopts the UIS2 infinity - corrected optical system for clear imaging. The illumination system is a built - in transmitted - light Kohler illuminator, with options of a 12V 100W halogen lamp or true - color LED illumination. The LED illumination has a long lifespan, and its color rendering index is close to that of a halogen lamp with a daylight filter, which can clearly distinguish similar colors and provide an ideal wavelength range for common staining. Equipped with a light intensity manager, it can automatically adjust the illumination intensity according to the objective. It has a 6 - hole objective turret, paired with a variety of objectives, such as Plan Achromat objectives (4X, 10X, 20X, 40X, 100X, etc.). The stage is a coaxial design with a ceramic surface, equipped with left - or right - hand low - position drive, a rotation device, and torque adjustment. There are various observation heads to choose from, such as a wide - field (field number 22) trinocular observation tube (with an inclination angle of 30 degrees) and a wide - field ergonomic binocular observation tube (with an inclination angle of 0 - 25 degrees). There are a variety of condensers, including the Abbe condenser (numerical aperture 1.1, for 4× - 100×), etc., to meet various observation methods such as brightfield, darkfield, and phase contrast.