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ZetaView - Model x30 Series -Next Generation Nanoparticle Tracking Analyzer
Biological nanoparticles such as extracellular vesicles (EVs), exosomes, viruses or virus-like particles are of growing interest in life sciences and nanomedicine. With the Nanoparticle Tracking Analysis technology, particles in a physiological buffer can be measured individually. You can watch what you measure in a video. With the ZetaView® x30 series, a major step has been taken towards convenience and speed for fluorescence studies of EV-antibody conjugates. ZetaView® combines the precision of new generation lasers for perfect illumination of NTA channels andvery short switching times with smart software – indispensable prerequisites for the challenging task of the quantification of biomarker colocalization scores.
Scanning NTA
Automated measurements are taken at 11 positions through the sample cell, providing a thorough and robust interrogation of samples, without need for additional accessories.
Fixed cell assembly design
Greatly enhanced performance and less susceptibility to errors.
Auto-alignment & auto-focus
The optical setup is automatically optimized by the software, saving the user time preparing the instrument for use and removing subjective user input bias.
Fast measurements
Analysis of over 2,000 particles in as little as 60 seconds.
Quick and simple cleaning
Cleaning between samples requires only a quick flush. The new fixed cell design allows very quick access to the measuring cell with a bayonet lock.
Intuitive software
Traffic-light system gives an instant indication of whether the sample is at a suitable concentration for measurement and indicates the dilution factor of the sample.
Compact all-in-one design
Measure size, concentration, zeta potential and fluorescence with one instrument. Compatible with the laboratory environment small footprint and data files
Fluorescence analysis
Fluorescence Nanoparticle Tracking Analysis (F-NTA) measurements allow interrogation of subpopulations in the sample. A sensitive CMOS camera, up to 11 selective filters, and low bleaching performance yield high fluorescence sensitivity.
No high-cost consumables
Just syringes and reference standards for scattering and fluorescence measurements (if applicable).
No calibration
Size measurements do not need to be calibrated as the method is absolute.
Bio-nanoparticles:
- Extracellular Vesicles (EVs)
- Exosomes
- Liposomes & Micelles
- Protein Agglomerates
- Viruses & Virus-Like-Particles (VLPs)
- Drug Delivery
- Fluorescent-labelled NPs
Low Concentration Samples:
- Nanobubbles
- Nanometals
- Trace Particles
- Quantum Dots
