Pulsar

The Pulsar is a 60 MHz proton (1H) NMR spectrometer. The permanent magnet design provides a high performance, compact and robust instrument that can fit fits on a typical chemistry workbench. A typical sample gives a good quality spectrum within a few seconds. Pulsar is suited to an applied research environment, to near-line in an industrial production area.

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Availability: Commercially Available

Marty Marek
marty.marek@oxinst.com
(312) 291-9135
300 Baker Avenue Suite 150
Concord, MA 01742
www.oxinst.com
Manufacturer
Oxford Instruments
Product Name
Pulsar
Detection Category
Chemical
Detection Principle
Molecular Spectroscopy
Detection Method
Nuclear Magnetic Resonance
Application
Laboratory Analysis
Equipment Type
Instrument
Product Synopsis
The Pulsar is a 60 MHz proton (1H) NMR spectrometer. The permanent magnet design provides a high performance, compact and robust instrument that can fit fits on a typical chemistry workbench. A typical sample gives a good quality spectrum within a few seconds. Pulsar is suited to an applied research environment, to near-line in an industrial production area.
Availability
Commercially Available
Technology Readiness Level (TRL)
9
Dimensions
36 x 18 x 18 in (915 x 458 x 458 mm)
Weight
100 lbs (45.4 kg)
Power Requirements
110 vAC
Transportability
Mounted
Durability
Designed for indoor use
Operating Conditions
Ambient temperatures
Consumables
-Solvents (deuterated) -Standard glass NMR tubes (5 mm)
Communications Interface
USB, Ethernet
Unit Cost
$65,000.00
Tested For Chemical Agents
Chemical agents that have protons or fluorine (1H, 19F) can be detected with same system configuration
Tested For ITF-25 TIC/TIMs
TIC/TIM that have protons or fluorine (1H, 19F) can be detected with same system configuration
Tested For Explosives
Explosives (nitroaromatics, organic peroxides) that have protons (1H) can be detected
Other Chemical Targets
Chemicals that have protons or fluorine (1H, 19F) can be detected with same system configuration
Customize For New Targets
Any chemical with protons or fluorine (1H, 19F) can be detected with same system configuration
Sample Introduction
Liquid; Solid
Known Interferents/Inhibitors
Mixtures containing molecules each with protons will lead to spectra that will need some expert interpretation
Start Up Time (From Cold Start To Sample Ready)
< 1 hour
Response Time (Sample Application To Output)
10 sec – hours
Software Control
Mnova software for advanced data analysis capability
Other Operational Parameters
2 – 3 Hz resolution
Operator Skills Required
Non-technical Background
Training Available
Basic training at customer facility
Manuals Available
Operator’s Manual
Warranties
15 months from delivery
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