SWISSCI Plates: Improvements in Imaging with UVXPO

SWISSCI Plates: Improvements in Imaging with UVXPO

UVXPO: Our Most Advanced Polymer

SWISSCI crystallisation plates are available in 3 polymers.  Polystyrene (PS) is a cost-effective polymer that Is optically clear when using standard bright field or visible light sources. However, when imaging drops using both cross polarised (XP) and UV light, the quality of the image is impaired by the interaction of the polymer with the light source.

SWISSCI’s UVP polymer has been designed to reduce the auto-fluorescence coming from the plate, improving the UV image quality. 

SWISSCI’s UVXPO polymer also has the same low auto-fluorescence while also showing uniform zero background when imaging using cross-polarised light. This makes it our most advanced polymer to date.


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SWISSCI 3-Lens Low Profile Crystallisation Plate

SWISSCI 3-Lens Low Profile Crystallisation Plate

3-Lens Low Profile Crystallization Plate

SWISSCI is pleased to announce you can order 3-Lens Low Profile Plates directly from the manufacturers. The Low profile version has the same optical properties and uses the same volumes as the midi plate while saving on storage space.

Available in 3 different polymers. Polystyrene (PS), UVP and UVXPO, the UVXPO polymer is an optically superior UV transmissible polymer that additionally shows Uniform (Zero) background when using cross-polarised light.

Codes:
UVXPO-3LENSLP
3W96TLP-PS
3W96TLP-UVP

Details:
Box of 100 plates

More information:

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Glass Bottom Optical Plates for Imaging

Glass Bottom Optical Plates for Imaging

SWISSCI Glass Bottom Assay Plates

SWISSCI Glass Bottom (GB) plates are a new benchmark in micro-plate technology. The unique SWISSCI glass plate processing technique reduces autofluorescence to less than 5 percent of the level for unprocessed plates and generates a higher signal-to-noise ratio. SWISSCI glass-bottom plates are also available in 96, 384, and 1536 well formats.

Features

Reliable performance
Overall microplate flatness (planarity) guarantees a lower error ratio across the focal plane.

Increased working volume
Square well is ideal for high-throughput operations and delivers maximum volume.

Low-base design
The low-base design ensures the readability of all wells, including outer wells.

Multiple Applications
Including: Fluorescence correlation spectroscopy (FCS); Confocal imaging; Fluorescence Polarisation (FP); Cell-based assays; Cell culture.

Low auto-fluorescence
Special, high-quality glass provides a lower fluorescent background and higher signal-to-noise ratio essential in all fluorescence applications.

More information:
sales@swissci.com