Motic AE2000 Inverted Microscopes – LED Illumination, Phase Contrast, CCIS® Plan Achromat Optics for Live Cell Observation
Motic AE2000 Inverted Microscopes – LED Illumination, Phase Contrast, CCIS® Plan Achromat Optics for Live Cell Observation
- Advanced CCIS® Plan Achromat Optics: PL PH 4x, 10x, and 20x objectives deliver crisp, high-contrast images for brightfield and phase contrast microscopy.
- Digital-Ready Trinocular Viewing Head: 20/80 light split design supports simultaneous observation and live camera imaging for documentation or teaching.
- Energy-Efficient LED Illumination: 3W LED system provides uniform, cool white lighting with adjustable brightness—perfect for live cell or temperature-sensitive samples.
- Versatile Phase Contrast System: ELWD condenser and phase slider support Ph0, BF, and Ph1 modes for diverse imaging applications.
- Ergonomic & Durable Design: Siedentopf head (45° incline) and precision focusing mechanics ensure comfort and long-term performance in lab environments.
- Lead-Free, RoHS-Certified Construction: Environmentally safe and sustainable design meets international laboratory safety standards.
The Motic AE2000 Series delivers exceptional clarity, reliability, and ergonomic precision for cell culture, microbiology, and tissue observation. Built with Motic’s CCIS® Plan Achromat optical system, these inverted microscopes ensure sharp, high-contrast images ideal for brightfield and phase contrast studies.
The Binocular Basic Package includes PL PH 4x and 10x objectives, providing reliable performance for routine live-cell and educational applications. The Advanced Binocular Model adds a PL PH 20x objective for higher magnification and precision—perfect for research and biotechnology labs.
For digital documentation and analysis, the Trinocular models feature a 20/80 light split head for camera integration, supporting both live observation and photomicrography. With 3W LED illumination, interchangeable stage inserts, and durable, lead-free construction, the AE2000 Series offers long-term usability across clinical, research, and academic environments.
