
How affordable is NMR? Calculate the bottom line!
This calculator is intended for customers with greater than 5 samples per day. Taking into account the costs of investing in an AvanceCore NMR spectrometer, the associated running costs, and the number of samples you work with, we provide you with an estimate for your average cost per measurement.
What is my ideal AvanceCore configuration and when will my investment pay off?
This calculator is especially suited for customers with less than 5 NMR samples per day. The amortization calculator compares the costs of investing in an AvanceCore NMR spectrometer to using an external NMR service provider. We calculate the time from which you will see a return on your investment.
Features
NMR is an extremely powerful analytical method. In combination with the affordability of the AvanceCore, this makes NMR the ideal tool to address a large range of analytical questions, including structure elucidation and verification, molecular interactions, and quantitation. The AvanceCore solution offers NMR at a price similar to a standard liquid chromatography mass spec instrument.
Benefits
NMR offers many advantages over other analytical techniques. The AvanceCore provides better value for money than other methods:
- With NMR, what you see is what is present. Chromatographic analysis requires process steps such as liquid injection or sample evaporation. Potential sample degradation or unwanted reactions complicate the assignment of signals.
- NMR selectively detects nuclei such as 1H, 13C, 19F and 31P which are present in organic molecules. This is not apparent with other analytical techniques. For example, UV detectors for chromatography miss many substances without a chromophore. IR and mass detectors have similar limitations.
- With NMR, substances can be identified and quantified against any reference standard. Other analytical methods rely on a reference standard of the same material.
- 1D NMR experiments can be run with standard parameters for most samples. Several compounds are identified and quantified from a single spectrum. HPLC, for instance, can also deliver good separation and signal-to-noise — provided that the method was optimized for the particular application. NMR helps you to save time and money.
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QUANTAX EDS for SEM -
QUANTAX WDS -
EBSD -
Micro-XRF -
Fourier 80 -
ELEXSYS -
EMXplus -
EMXmicro -
Magnettech ESR5000 -
Avance NMR -
GHz Sınıfı NMR -
ASTAR -
TEM STRAIN MAPPING ANALYSIS -
4D STEM WITH TOPSPIN PLATFORM -
3D PRECESSION DIFFRACTION TOMOGRAPHY – MICRO ED -
e-PDF software suite -
4D-Scanning Precession Electron Diffraction (4D-SPED) -
ENHANCED EELS & EDX SPECTROSCOPY -
FireFly -
SyncRay -
3-axes Motorized Stage -
Custom designed systems -
MINISPEC MQ SERIES Contrast Agent Analyzer -
MINISPEC MQ SERIES Toothpaste Analyzer -
MINISPEC MQ SERİSİ Polimer Araştırma Analizörü -
MINISPEC MQ ONE SERİSİ Fiberlerde Daldırma -
MINISPEC MQ ONE SERİSİ Hidrojen Analizörü -
MINISPEC MQ ONE SERİSİ Spin-Finish -
MINISPEC LF Serisi -
MINISPEC MQ SERİSİ SFC Analizörü (Yerinde Güncellenilebilir) -
MINISPEC MQ 20 SERİSİ Toplam Yağ ve Nem -
MINISPEC MQ 20 SERİSİ Droplet Size Analizörü 2.0 -
MINISPEC MQ ONE SERIES Seeds Analyzer -
5'i bir arada -
LUXOR Altın Kaplama -
LUXOR Platin Kaplama -
Aksesuarlar -
SEM Backscattered Electron Detector -
SEM BSE Diode repair & supply -
Centaurus Cathodoluminescence SEM CL, BSE, YAG Detecto -
BF DF HAADF SEM STEM Detector -
HAADF Annular SEM STEM Detector -
AMT sCMOS & CCD TEM Camera Systems -
SEM EBIC Amplifier (Specimen Current Detector) & specimen holders -
Model 1064 ChipMill -
Model 1040 NanoMill® TEM Örneği Hazırlama Sistemi -
Model 1080 PicoMill® TEM Örneği Hazırlama Sistemi -
Model 1061 SEM Mill -
Model 1051 TEM Mill -
Model 1062 TrionMill -
Model 1070 NanoClean -
Model 1020 Plasma Cleaner -
Model 9030 Turbo Pumping Station -
Model 9020 Vacuum Pumping Station -
Model 9010 Vacuum Storage Container -
Model 120 Automatic Power Control -
Model 110 Automatic Twin-Jet Electropolisher -
Model 140 Digital Power Control -
Model 200 Dimpling Grinder -
Model 220 Low Temp Container -
Model 160 Specimen Grinder -
Model 2020 Advanced Tomography Holder -
Model 2021 Analytical Tomography Holder -
Model 2023 Analytical Tomography Holder for Ultra-X -
Model 2552 Cryo Cartridge Specimen Holder -
Model 2550 Cryo Transfer Tomography Holder -
Model 2040Dual-Axis Tomography Holder -
Model 2045 Motorized Dual-Axis Tomography Holder -
Model 2050On-Axis Rotation Tomography Holder -
Model 2030Ultra-Narrow Gap Tomography Holder -
Model 2560Vacuum Transfer Tomography Holder -
1490 series Bulk Liquid Electrochemistry -
1405 series Optical Bulk Liquid Electrochemistry -
Liquid Flow -
Multichannel Gas Environment Heating -
MEMS Heating + Biasing -
Cryo Biasing -
Biasing Manipulator -
Tomography -
Magnetizing -
Liquid Flow -
In-Situ SEM Bulk Liquid Electrochemistry 1470 Series SEM -
SEM Gas + Heating 1300 Series – SEM -
SEM MEMS Heating + Biasing 1590 Series – SEM -
300N & 2kN vertical 3&4 point bending stage for Raman -
200N compression & horizontal bending stage -
Dual leadscrew insitu tensile stage for XRD, Optical & Synchrotron -
2kN & 5kN Tensile compression and horizontal bending stage -
200N compression & horizontal bending stage for SEM -
2kN & 5kN Tensile compression and horizontal bending stage for SEM -
300N & 2kN vertical 3&4 point bending stage for SEM -
NEW EBSD testing stages -
Dual screw tensile stage for XRD, Optical & Synchrotron -
2kN & 5kN Tensile compression and horizontal bending stage -
200N compression & horizontal bending stage -
CT500 500N in-situ tensile stage for µXCT applications -
CT5000 5kN in-situ loadcell tensile stage for X-Ray CT applications -
CT Heating and Cooling cell -20°C to +160°C for µXCT applications -
CT20K, Full Open Frame, Tensile, Compression & Torsion rig, designed for Synchrotron and room based X-ray CT imaging systems -
Biaxial & Quadaxial -
Forensic Comparison Stage for SEM -
miniFly -
Software: ESPRIT Family -
QUANTAX EDS for TEM