Inverted Microscopes

Inverted Microscopes for Life Science Research

Advanced Live Cell Imaging – High Performance at a Practical Price

Inverted Microscope for Research Excellence

Compatible and User-Friendly

Achieve research excellence with the AVT100 Series, a line of compatible and user-friendly inverted biological microscopes.

- High-performance imaging for advanced life science research at a fraction of the cost of premium brands
- Clear, flexible, and user-friendly design for efficient lab workflows

Model options:

- - AVT110 – Manual configuration
  - AVT160 – Fully motorized system

Supports multiple observation modes: Brightfield, Phase contrast, Differential Interference Contrast (DIC), Fluorescence

Ergonomic and integration-ready design for comfortable, long-term use
Advanced research compatibility, including confocal and super-resolution imaging

Optimized Software and Cross-Brand Compatibility for Lab Efficiency

Hardware consistency, smarter software:

Minimal hardware differences across brands like AVT and others
Software is the true differentiator—our system is optimized for reliable, everyday lab use
Delivers consistent performance across diverse research applications

Optimized for Nikon objective lenses:

Fully compatible with Nikon series lenses for high-quality imaging
Easy lens replacement and upgrade options
Unlike Zeiss and Leica (limited to proprietary systems), Nikon compatibility ensures greater flexibility and accessibility

From Essential to Advanced: Inverted Microscopes for Life Sciences

AVT110 Manual: Versatile research inverted microscope with plan semi-apochromatic objectives for cover glass correction, supporting advanced techniques like confocal and super-resolution.
AVT120 Intelligent Manual: User-friendly, highly integrated inverted microscope featuring plan semi-apochromatic objectives and support for brightfield, phase contrast, DIC, fluorescence, and Hoffman phase contrast with multiple image ports.
AVT150 Motorized: Software-controlled motorized inverted microscope for rapid, precise operation, increasing efficiency and accuracy while reducing phototoxicity.
AVT160 Motorized: Fully electric inverted microscope with front operation screen and integrated handle for maximum ease of use and minimal workspace clutter.

Application

Ideal for a variety of biological research tasks, including:

Brightfield, phase contrast, and DIC observation
Label-free live cell imaging, including bacteria
Fixed tissue and thin section analysis
Small organism imaging
Adherent and reproductive cell studies
Routine cell culture monitoring

Operation & User Experience

Familiar Workflow: Designed with a user interface inspired by Nikon systems, offering an intuitive experience for users already familiar with mainstream setups.
Flexible Configuration: The system operates without requiring proprietary software, allowing users to integrate it with their preferred camera analysis tools. A standard interface ensures compatibility.
Advanced Features Available: For setups with a display or electronic control, functions closely resemble Nikon’s standard imaging software, offering enhanced automation and control.

Technical Resource

Brightfield

Modular design enables brightfield, phase contrast, and DIC imaging. The NIS infinite optical system with semi-apochromatic objectives corrects aberrations for bright, high-resolution images. Phase contrast offers clear visualization at high magnifications, while DIC provides glare-free, pseudo-3D imaging for thick samples—without the need for costly optics.

Fluorescnece

Advanced coating technology enhances fluorescence imaging with higher transmittance, sharper cut-off, and improved detection efficiency. Ultra-high-performance filters and a six-position lighting pillar enable multi-color imaging. Reduced scattered light and autofluorescence ensure brighter, clearer images with a high signal-to-noise ratio for reliable, high-resolution fluorescence observation.

Specifications

	AVT110	AVT120	AVT 150	AVT 160
Optical system	NIS Infinite Optical System
Eye piece	SW10X/22 ·SW10X/25 ·EW12.5X/17.5 ·WF15X/16 ·WF20X/12
Viewing Head	Seidentopf Trinocular Head(build-in bertrand lens),inclined at 45°, Interpupilary Distance 47-78mm
Objective	N-iPLFN PH Plan S-APO Phase Contrast Objective 4X, 10X, 20 X, 40X, 60X N-iPLFN Plan S-APO Objective 4X, 10X, 20 X, 40X, 60X N-PLAPO PlanAPO Objective10X, 20 X, 40X, 60X, 100X
Nosepiece	Sextuple Nosepiece with DIC Prism Slot	Encoded Sextuple Nosepiece with DIC Prism Slot	Electric Sextuple Nosepiece with DIC Prism Slot	Electric Sextuple Nosepiece with DIC Prism Slot
Condenser	Long Working Distance Turret Condenser, NA0.55, WD=26 mm, with 6 Modules for Phase Contrast, DIC and Brightfield		Long work distance electric Turret condenser, NA 0.55, WD=26 mm, with 6 Modules for Phase Contrast, DIC and Brightfield	Long work distance electric Turret condenser, NA0.55, WD=26 mm, with 7 Modules for PhaseContrast, DIC and Brightfield
Transmission Lighting	Kohler illumination 12V 100W halogen lamp	Kohler Illumination 5W LED	Kohler Illumination 10W LED	Kohler illumination 5W LED
Epi-illumination	·100W mercury lamp · LED fluorescent lighting			LED fluorescent lighting
Focusing System	Coaxial Coarse and Fine Adjustment		Electric coaxial coarse inching lifting mechanism
Stage	3 Layers Mechanical Stage, Moving Range 130x85mm, Flexible Knob, available for Different Size Small Stage.		The moving range: 130×100mm, the maximum speed: 50mm/s, and the resolution: 0.1 μm. Small worktables of different sizes can be installed on the top stage as required.	The moving range: 115×75mm, the maximum speed: 71mm/s, and the resolution: 0.1 μm. Small worktables of different sizes can be installed on the top stage as required.
Auxillary Stage	Terasaki plate, φ38 mm,φ54 mm plate, General support plate, 96-hole plate tray
Intermediate magnification	Multiplier 1X, 1.5X		Multiplier 1X, 1.5X, CF Optics	Multiplier 1X, 1.5X
Display	–	Built In & Real-Time Display: Instant, at-a-glance view of all current microscope settings and real-time updates for manual adjustments.	–	Dual synchronized displays for live imaging and microscope control via intuitive software; real-time updates from built-in display; perfectly synchronized settings for a clear overview.
Observation method	Brightfield, Phase contrast, DIC, Fluorescence, Hoffman phase contrast
Filter Turntable	Epi-fluorescent filter turntable	Encoded Epifluorescent Turntable	Electric Epi-fluorescent filter turntable
Fluorescent Illuminator	Supports up to six epifluorescence filters for simultaneous imaging of specimens stained with multiple fluorophores. Delivers bright, high-contrast images with minimal scattered light and autofluorescence for a superior signal-to-noise, S/N, ratio.
Dimension	56x56x51 cm	62x57x47 cm	62x57x47 cm	62x57x47 cm
Weight	36 kg	36 kg	40 kg	40 kg

FAQ

What types of imaging modes does this microscope support?
Our microscope supports brightfield, phase contrast, and Differential Interference Contrast (DIC) imaging, enabling clear visualization of living cells, thin tissue sections, and transparent samples without staining.
Can I use Zeiss or Leica objective lenses with this microscope?
This system is optimized for Nikon objective lenses. Zeiss and Leica lenses are part of closed systems and are not compatible.
Is the system suitable for live cell imaging?
Yes, it’s ideal for label-free live cell observation, allowing real-time monitoring without fluorescent markers—perfect for long-term culture studies.
Does the microscope require proprietary software?
No. The system can be used with standard image analysis software via a common interface, offering flexibility for integration into existing workflows.
Who typically uses this microscope?
It’s widely used by universities, research institutes, biotech and pharmaceutical companies, and cosmetic R&D labs for a range of biological and medical applications.

Related Content

WE CAN HELP YOU!

Contact us NOW for sales & expert advice.