MI9700 Series Inverted Microscope

Integrated 4K Imaging for Inverted Cell Culture Observation

$0.00

Specifications Description Applications Contact

Compact digital inverted microscope for cell culture and life science, with integrated 4K imaging and long-working-distance optics.

The MI9700 is a compact inverted digital microscope purpose-built for cell culture monitoring, live-cell imaging, and life science research. Its integrated 4K digital camera eliminates the need for separate imaging hardware, providing high-resolution image capture directly from the instrument. Long-working-distance optics allow observation through standard culture flasks, Petri dishes, and multiwell plates without disturbing the culture environment. The compact footprint makes the MI9700 well-suited for biosafety cabinets or space-constrained laboratory benches, while its digital output enables seamless connectivity to computers, monitors, and analysis software.

Eyepiece	WF10X/20mm
LWD Plan Objective 4X	L Plan FL 4X/0.11 W.D.=12.1mm (Optional)
LWD Plan Objective 10X	L Plan FL 10X/0.25 W.D.=10.3mm (Standard)
LWD Plan Objective 20X	L Plan FL 20X/0.45 W.D.=5.8mm (Optional)
LWD Plan Objective 40X	L Plan FL 40X/0.65 W.D.=5.1mm (Standard)
Phase Contrast 10X	L Plan FL PHP 10X/0.25 W.D.=10.3mm (Optional)
Phase Contrast 20X	L Plan FL PHP 20X/0.45 W.D.=5.8mm (Standard)
Phase Contrast 40X	L Plan FL PHP 40X/0.65 W.D.=5.1mm (Optional)
Annular Spot 10X	Optional
Annular Spot 20X/40X	Standard
Head	Butterfly Siedentopf 360 rotated 45 inclined IPD 48-75mm
Nosepiece	Quadplex
Mechanical Stage	180x155mm moving range 75x40mm scale 0.1mm
Fixed Stage	180x203mm round slide 110mm (Optional)
Coaxial Focusing	Coarse 10mm fine 0.2mm/rotation division 2um
Condenser	LWD N.A.0.32 working distance 48mm
Illumination	5W LED 100V-240V
Filter Green	Standard
Filter Blue/Yellow/Grey	Optional
C-mount	0.65x built-in (Standard)
Packing Size	515x480x315mm
Gross Weight	9kg
Net Weight	7kg

Key Features

Integrated 4K Digital Camera
Built-in 4K imaging eliminates the need for separate cameras or adapters, delivering high-resolution capture of cells and tissue directly from the instrument for streamlined workflows.

Long-Working-Distance Optics
Specially designed objectives allow clear observation through the base of standard culture flasks, Petri dishes, and multiwell plates without disrupting live cultures or removing lids.

Inverted Optical Configuration
The inverted design is purpose-built for monitoring adherent cells, live-cell cultures, and cell growth — the gold standard configuration for cell biology and life science research.

Compact, Space-Saving Footprint
Slim, lightweight design fits comfortably inside biosafety cabinets and on space-constrained benchtops, making it practical for sterile and confined working environments.

Direct Digital Connectivity
Digital output enables seamless connection to computers, external monitors, and imaging analysis software for real-time viewing, documentation, and data sharing.

LED Illumination
Energy-efficient LED light source provides consistent, low-heat illumination suitable for sensitive live-cell applications and extended observation sessions.

Applications

The MI9700 is designed for researchers and laboratory professionals working across a broad range of cell-based and live-specimen workflows:

Cell Culture Monitoring — Routine observation of adherent and suspension cell lines in flasks, Petri dishes, and multiwell plates. The inverted configuration and long-working-distance optics allow direct viewing through standard labware without disruption to the culture environment.

Live-Cell Imaging — Capture high-resolution 4K imagery of living cells over time, supporting morphology assessment, confluence estimation, and qualitative growth tracking without the need for additional camera hardware.

Cytotoxicity & Viability Studies — Visual assessment of cell health, morphology changes, and population density in response to compounds or treatments, making the MI9700 well-suited for early-stage drug discovery and toxicology screening workflows.