Surface Science

• Industry-leading low drift (0.1 μRIU/min)
• Extremely low noise (0.05 μRIU rms)
• High sample capacity (up to 768 samples per run)
• High-quality, publication-ready data
• The most sensitive, flexible and affordable 2-channel system available
• The best performance-to-cost ratio for individual labs
• A proven SPR leader since 1997
• Faster baseline stability — the Reichert2SPR System stabilizes 2x-3x faster than the competition, due to our streamlined fluidics

Reichert and the PAR Potentiostat

• Maximum current up to 1A with additional booster options ranging from 2A-20A
• 2µs time base for faster data acquisition and scan rates
• Additional analog filter selections on current and voltage channels for superior signal/noise measurements

• Maximum current up to 1A with additional booster options ranging from 2A-20A
• 2µs time base for faster data acquisition and scan rates
• Additional analog filter selections on current and voltage channels for superior signal/noise measurements

• Features low volume with extremely fast rise and decay times on both channels
• It features very small dead volumes
• Uses standard PEEK™ HPLC/FPLC fittings
• Compatible with tubing sizes down to 0.0025″ Inner Diameter (65 micrometers)

• Surface plasmon field enhanced fluorescence spectroscopy
• Extremely sensitive and effective tool for detecting and quantifying biomolecular binding
• Left and right fluid path imaged after binding FITC labeled antibody to sensor slide surface.
• features a quartz window in each of the fluidic pathways to enable SPR experiments combined with Photochemistry/ Fluorescence.

Market leading experience in FluidFM for AFM

• Highly accurate pressure, force, and position control with optical sample access
• Different FluidFM® probes: hollow cantilevers designed for specific applications
• Pioneering research within reach

The best solution for automated force mapping

• Straightforward experimental workflow: only a few steps from sample mounting to results
• One-click cantilever calibration: automatic cantilever deflection sensitivity and spring constant (Sader method) measurement
• Real-time data analysis: Young’s modulus, adhesion, and indentation are calculated and displayed during the measurement
• Facilitates measurements on demanding samples: experimental workflow repositions the sample for every measurement area

AFM systems fully tailored to your specifications

• Meeting to understan your requirements
• Nansosurf outlines solution
• joint discussion of solution,
• adaptation solution concept
• order based on concept

• Cylindrical mirror analyzer (CMA)
• Coaxial 25 kV field emission electron gun
• Scintillation secondary electron detector
• High energy resolution module
• 5 axis automated sample stage
• 5 kV floating column Ar⁺ ion gun
• SmartSoft-Auger instrument control software
• MultiPak data reduction software
• Acoustic Enclosure
• Ion pumped main chamber

• TRIFT mass analyzer
• 30 kV LMIG with Bi, Au, or Ga emitter
• Dual beam charge neutralization
• 5 axis sample stage
• In-situ optical viewing
• Secondary electron detector
• WinCadence instrument control and data reduction software package
• Analysis chamber with four primary ion gun ports
• 350 l/s turbo molecular pump
• Integrated bakeout facilities
• MS/MS ready spectromoter

• To Flow Cell – Headless Nut 10-32 for 1/6″ O.D. Tubing
• Total Volume: 25µL (Volume occupied by Counter Electrode 7uL) Wetted Materials
• Tubing – PEEK™
• Flow Cell – Acetal Copolymer (Delrin)
• Counter Electrode – Platinum
• Working Electrode – Gold SPR Sensor Slide
• Reference Electrode – Ceramic Porous Junction

• Provides easy adaptability to MALDI mass spectrometry
• Important in ligand fishing experiments
• Sensor chip is not compromised