Leica DMi1 Inverted Microscope with LED Illumination and Phase Contrast

The Leica DMi1 Inverted Microscope is a benchtop microscope designed for routine cell and tissue culture applications prominent in molecular diagnostics and biotechnology workflows. Featuring a *40-50 mm working distance*, it supports a variety of culture vessels and is equipped with powerful, pre-centered LED illumination providing consistent color temperature essential for accurate bright field and phase contrast imaging.

Key features include:

• Auto-adjusting smart sensor that seamlessly transitions between bright field and phase contrast modes, enhancing user comfort and protecting eyes during prolonged usage.
• *Phase contrast capability* facilitated by supplied 4x/0.10, 10x/0.22, and 20x/0.30 phase objectives and phase ring slider—critical for observing unstained live cells in biomedical engineering and cell biology research.
• *Robust cast aluminum base* with a T-shaped design and four vibration dampening feet that minimize vibrations, ensuring stable imaging necessary for long exposure fluorescence and live-cell microscopy.
• Energy-efficient design with a 2-hour auto-off feature reduces power consumption during extended protocols common in bioprocessing and synthetic biology experiments.
• Supplied binocular head with 10x eyepieces facilitating ergonomic observation in clinical diagnostics and cell imaging environments.

The Leica DMi1 is widely adopted in synthetic biology research and is an essential tool supporting live-cell imaging, tissue culture monitoring, and fluorescence analysis. Its compact footprint (21x9x19 inches) and light weight (24 lb) make it a practical addition to laboratory benches dedicated to molecular cloning workflows and biomanufacturing pipelines. The microscope operates at 115V 50/60Hz and includes a 30-day warranty, ensuring reliable performance for research professionals.

This inverted microscope seamlessly integrates into biotechnology labs focusing on gene editing and molecular diagnostics by offering precise, stable imaging with minimal maintenance. It supports advanced cell culture observation with high optical quality and operational efficiency.