State-of-the-art Multi-Mode Microplate Reader
The Hidex Sense is a compact, state-of-the-art, multi-mode microplate reader which provides a powerful and flexible platform for performing any kind of assay without limitations.
The Beta Plus version of the Sense uniquely combines liquid scintillation counting (LSC) with all common non-radiometric measurements, such as fluorescence and absorbance, into one very compact multi-mode microplate reader.
The dedicated PMT detector for LSC is also utilized to obtain ultra-high sensitivity luminescence for demanding applications and for reducing reagent use in assays such as dual luciferase. This option provides users with up to 10 times more sensitivity than other common luminescence microplate readers and scintillation counters.
Get a quote for the Hidex Sense today or contact us for either more information or to request a demo.
Innovative Design
Superior Performance
Flexibility
Optional
The Hidex Sense will help your lab become more efficient. Its extremely user friendly software – rated ‘Excellent’ on the System Usability Scale (SUS) – requires minimal training.
See our latest videos showcasing the Hidex Sense multi-mode microplate reader.
Hidex Sense Multi-Mode Microplate Reader customer testimonials
Click the tabs below to find out more from our Hidex Sense customers.
Documents
-
Hidex-Sense-US-Version-1.4
Download (2.95 MB) -
Hidex Sense Spec Sheet
Download (1.06 MB) -
Hidex-Sense-Scorpion-Stacker-US-Version-1.1
Download (447.38 kB) -
Hidex-Sense-Datasheet-EU-Version-1.1
Download (360.25 kB)
Application Notes
-
413-006 Determination Of Hemoglobin Spectra In Living Red Blood Cells Of Fish
Download (310.26 kB) -
Utilizing Hidex Sense for mitochondrial and cytosolic calcium measurements using the luminescent calcium reporter protein aequorin and the fluorescent calcium indicator Fura-2 AM
Ilari Pulli, Christoffer Löf, Kid Törnquist1,
Download (270.6 kB) -
Using The New Hidex Sense Microplate Reader To Detect Metal Ions
Application Note
Download (104.93 kB) -
Microplate Based Pathlength Correction Method For Photometric DNA Quantifi Cation Assay
Jorma Lampinen, Marika Raitio, Arto Perälä, Heikki Oranen and Reija-Riitta Harinen
Download (4.45 MB) -
Mechanisms Of Tryptophan Fluorescence Shifts In Proteins
James T. Vivian and Patrik R. Callis
Download (518.32 kB) -
A New Multitechnology Microplate Reader Enabling Kinetic Liquid Scintillation Studies With Spectrometric Analysis
Keith Hall, Lablogic Ltd. Sheffield, UK . Ville Haaslahti, Hidex Oy, Turku, Finland
Download (1.53 MB) -
-
-
-