הצהרת נגישות
© כל הזכויות שמורות 2018
the next generation of compact 60 MHz NMR spectrometers
The NMReady-60PRO (download a brochure) is the next generation of compact 60 MHz NMR spectrometers from Nanalysis. This dual-channel spectrometer was designed to improve workflow for customers that require:
High performance, multinuclear spectral acquisition
Advanced features and experiments
Market-leading compact size and weight
SUPERIOR PERFORMANCE:
60 MHz NMR (1.4 T)
Standard 5mm NMR tubes
less than 1.0 Hz (20 ppb) @ FWHM
Dual mode (e.g., 1H/13C or 1H/31P,
for other multinuclear capabilities see below)
Standard modifiable experiments (e.g., 1D, 1D{1H}, T1, T2, COSY, JRES, HSQC)
Pulse Program Control
INNOVATIVE DESIGN:
All-in-one compact enclosure
Only 55 lbs (25 kg)
11.8″ x 11.0″ x 19.2″ (30x28x49 cm)
Large 10″ LCD display (4:3 ratio)
Touchscreen usable with gloves on/off
Standard wall outlet power
2 Gauss line contained within the enclosure
SUPREME USABILITY:
Easy-to-use on-board acquisition and processing software
Good connectivity (i.e., Ethernet, Wi-Fi, USB)
Network access for printing, data retrieval, or Internet based customer service
Standard JCAMP-DX files
Optional Programmatic Interface (API): see NMReady-CONNECT
Secure login & user profiles available
MULTINUCLEAR CAPABILITIES:
The NMReady-60PRO benchtop NMR spectrometer can be tuned to acquire spectra for two conventional spin active nuclei, as requested. This enhances the utility for characterizing a broad range of natural and synthetic products.
Currently, the instrument’s supported nuclei are: 1H (60 MHz), 7Li (24 MHz), 11B (19 MHz), 13C (15 MHz), 19F (56 MHz), and 31P (25 MHz), inquire about others.
OPTIONAL FEATURES:
Kinetics package capabilities for reaction monitoring
Signal suppression
Experiment designer
Applications Programmatic Interface (API) for developing your own applications: see NMReady-CONNECT
Remote control of instrument from computer, smartphone, tablet, etc.
Non-deuterium lock options
Secure login and user profiles with custom project settings