An objective’s numerical aperture (NA) is a measure of its ability to gather light. This is an important factor in determining the resolution, depth of focus, and the brightness of images. Objectives with a larger NA gather a wider range of light, resulting in brighter, higher resolution images. NA is important when observing extremely fine structures or detecting dim signals during fluorescence observation.
Technical Background
Thanks to our novel manufacturing technology, X Line objectives, such as the UPLXAPO40XO, are able to maintain an NA of 1.40 without deteriorating other aspects of optical performance.
Improved NA with no deterioration in the chromatic correction range
Higher NA delivers higher resolution and signal-to-noise ratio
To design objectives with high numerical aperture (NA), the effective diameter of the lens needs to be increased. In order to improve the NA while maintaining the total length (45 mm) of the objective lens, it is necessary to make the edge of the convex lens extremely thin.
Conventional convex |
X Line ultra-thin convex lens. |
.png?rev=5180)
.png?rev=5180)
Higher NA thanks to X Line’s objective's ultra-thin lens design
X Line objective’s high NA enables efficient experiments
The UPLXAPO40XO X Line objective has an NA of 1.40, which is equivalent to conventional 60X or 100X objectives, while having a much bigger field of view (FOV). This enables the user to acquire images with adequate resolution over a large area using just the 40X objective, as shown below. There is no need to change objectives or add oil, and the risk of losing the sample’s position is minimized.
Conventional convex |
X Line ultra-thin convex lens. |
UPLXAPO40XO X Line objective (NA 1.40)
Your benefits from high numerical aperture for research imaging:
Gather more light for brighter imaging
Create high-resolution images
Minimize phototoxicity and photobleaching for live cell imaging
Your benefits from high numerical aperture for clinical imaging:
Gather more light for brighter imaging
Create high resolution images
Optimum sharpness and contrast
Chromatic |
 |
Read
|
|---|
Imaging applications
Previous | |||||||||
 Live Cell Imaging |  Super Resolution and TIRF Imaging |  Neuroscience and Multiphoton Imaging |  Pathology and Laboratory |  Drug Discovery |  Whole Slide Imaging |  Laser Scanning Confocal |  Cancer Research and Multiplexing |  Fluorescence Imaging |  Organoid and 3D Imaging |
Next |
 |
このページはお住まいの地域ではご覧いただくことはできません。
このページはお住まいの地域ではご覧いただくことはできません。