Key Advantages of the QNCF1000
- Wide Field of View: Covers extensive sample areas, minimizing image stitching and improving workflow efficiency.
- High-Resolution Imaging: Reveals intricate cellular structures with unparalleled precision, even at low magnifications.
- Fast Image Acquisition: Captures images at up to 60 fps, enabling rapid data collection and reducing phototoxicity.
- Multi-Channel Fluorescence: Synchronizes observations of multiple fluorescent labels in real time for comprehensive analysis.
High-Performance Confocal Microscopy Platform
The QNIB1000 offers a powerful and versatile imaging solution, providing a solid, highly expandable foundation for microscopic imaging within the QNCF1000 system. Its 25mm field of view is ideal for observing large samples and conducting high-throughput experimental research. The platform integrates various microscopy techniques, including bright field, fluorescence, differential interference contrast, and phase contrast, allowing users to choose single-layer or dual-layer optical path configurations based on their experimental needs for optimal imaging results. The Adaptive Focus Shift System (AFS) ensures precise focal plane positioning during continuous observations, enabling stable, continuous, and clear recordings of cellular dynamics.
High-speed electric motor control
The operation and switching speed of objectives, filter blocks, XY stage, and observation modules have been significantly improved, creating a seamless environment that allows researchers to focus on daily observations and image capture. The intuitive joystick control for the stage makes the microscope feel like an extension of your eyes and hands, ensuring a user-friendly and natural operating experience.
Live cell culture system
Engineered for precise live cell imaging, this system carefully controls the temperature of the microscope platform, maintaining stable temperature, humidity, and CO2 levels within the culture dish. This creates the ideal environment for long-term experiments, ensuring optimal conditions for cell cultivation.
AFS ensures stable and reliable imaging performance.
The QNIB1000 features an independent focusing design that minimizes the influence of other mechanical components on the Z-axis. Equipped with a newly developed Adaptive Focus System (AFS), it intelligently eliminates focus drift. Whether used with high-magnification objectives with large numerical apertures or advanced imaging techniques like super-resolution, confocal, or TIRF (Total Internal Reflection Fluorescence), the system consistently delivers clear, sharp images. This design guarantees exceptional imaging stability and precision, making it ideal for a wide range of demanding modern microscopy applications.
High-specification LED fluorescence illumination system
The LED 4 system supports up to 4-channel LED illumination, providing excellent compatibility with commonly used fluorescent dyes. It delivers concentrated excitation energy and high brightness, meeting the fluorescence imaging needs of routine experiments. With instant-on capability, a long service life, and no need for bulb replacement, it outperforms traditional mercury arc lamps by reducing photobleaching and phototoxicity, making it ideal for live cell imaging. As a sustainable, energy-efficient, and environmentally friendly light source, it is perfect for low-carbon laboratory practices.
Interactive operation
The QNIB1000 features an innovative touch screen integrated into its front panel, greatly improving user interface convenience and expanding functionality. It also retains traditional microscope knobs and buttons on both sides, ensuring intuitive control even in dimly lit laboratory environments. This design allows researchers to focus on their experiments without being distracted by complex operations, enhancing overall efficiency and providing a seamless microscopy observation experience.
The unit features a 5.6-inch touch screen display on the front panel, offering intuitive control of components such as objectives, dual-layer/single-layer fluorescence filter wheels, the condenser, light intensity, electric stage speed, electric Z-axis speed, host spectrometer ports, ESC exit, FN keys, and objective parfocality. The touch interface also provides real-time displays of key status information, including objective magnification, transmitted illumination brightness, fluorescence wavelengths, output ports, XYZ positions, and movement speeds.
A large-aperture observation optical system
Equipped with a large-aperture objective lens, the system significantly enhances light transmission. Paired with a spacious CMOS sensor, it effortlessly enables bright field and fluorescence imaging across a wide 25mm field of view. This expanded perspective captures more detail, allowing for a thorough exploration of the microscopic world and complete control over your scientific research.
A large-aperture reflective fluorescence illuminator
Designed for a large 25mm field of view (FOV), this fluorescence imaging illumination system features a high-power LED light box that provides broadband, high-transmission illumination across the ultraviolet spectrum. It is compatible with large-aperture fluorescent filters, ensuring high signal-to-noise ratio fluorescent images for precise and detailed observations.
