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Product Overview:
Multi-Mode Readers

  Synergy Neo2 Cytation 5 Cytation 3 Synergy H1 Synergy 2 Synergy HTX
Key Features            
Monochromator-based UV-Visible Absorbance • • • • • •
Monochromator-based Fluorescence • • • •    
Filter-based Fluorescence
• • • • • •
Fluorescence Top/Bottom • • • • • •
Luminescence • • • • • •
Filtered Luminescence • • • • • •
Injectors
• • • • • •
TRF & TR-FRET
• • • • • (secondary mode)
Fluorescence Polarization • • • • •  
Standard AlphaLISA/Alpha Screen         • •
Laser AlphaLISA/Alpha Screen • •        
Automation Ready/BioStack Compatible • • • • • •
BioSpa 8 Automated Incubation compatible • • • • • •
Dual PMT Read Head •          
Performance Specifications            
Fluorescein - Top 2 pM (monos) / 0.2 pM (filters) 2.5 pM (monos) / 0.25 pM (filters) 2.5 pM (monos) / 0.25 pM (filters) 2.5 pM (monos) / 0.25 pM (filters) 1 pM 5 pM
Fluorescein - Bottom 1 pM (filters) 4 pM (monos) 4 pM (monos) 4 pM (monos) 5 pM 5 pM
ATP - Flash Luminescence 5 amol 10 amol 10 amol 10 amol 10 amol 30 amol / 10 amol
(luminescence only configuration)
Polarization - 1 nM Fluorescein 1 mP 1.2 mP standard deviation 1.2 mP standard deviation 1.2 mP standard deviation 3 mP n/a
Europium 40 fM 40 fM (filters) 40 fM (filters) 40 fM (filters) 60 fM n/a
AlphaScreen 100 amol 100 amol n/a n/a 100 amol 300 amol
Fastest Read Speed 96-/384-Well Plates 6/11 11/22 11/22 11/22 11/22 14/26
General Specifications            
Microplate types 1 to 1536 1 to 384 1 to 384 1 to 384 1 to 1536 1 to 384
Gas Controller Compatible • • • •    
Barcode Reader option * •          
Take3 Plate Compatible • • • • • •
Temperature Control System to 65°C to 65°C to 45°C to 45°C to 65°C to 50°C
Condensation Control • • • •   •
Filter Capacity 6 filter sets 2 filter sets 2 filter sets 2 filter sets 4 filter sets 4 filter sets
Fluorescence Bandwidth Mono: variable, 3 nm to 50 nm
Filter: dependent		 Mono: variable from 9 nm to 50 nm
Filter: dependent		 Mono: 16 nm
Filter dependent		 Mono: 16 nm
Filter dependent		 Filter dependent Filter dependent

 

Specifications are subject to change. Performance values represent the average observed factory test values.

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