Nanalysis is a global manufacturer and seller of high-performance, compact magnetic resonance (MR) technology, including benchtop NMR, HF-NMR and MRI consoles. Nanalysis released the first 60 MHz in 2013 and has since added the market-leading 100 MHz spectrometer to its product line. These innovative, permanent magnet spectrometers do not require maintenance of the use of any cryogens (i.e., no liquid helium or liquid nitrogen). With a vision for accessibility, affordability, and automatability, Nanalysis offers solutions to previously underserved users and into new market verticals (e.g., industrial QA/QC, reaction monitoring/process analytical technology (PAT)).

Industry Applications:

Pharmaceuticals and Biotechnology
Proton and multinuclear NMR Spectroscopy are essential tools for structural elucidation and drug discovery. Developments of quantitative NMR (qNMR) can also be used to observe reaction completeness, purity, formulation, solvent removal, etc. in active pharamacetutical ingredients (APIs) and excipients. Inquire for more information about developments of how benchtop NMR can be use as a certified tool for quality control/quality assurance (QC/QA).

Polymer Research
Compact benchtop NMR spectroscopy can be extremely beneficial for characterization of materials throughout the research, development, and production processes. Routine, regular polymer characterization is vital to ensure quality and consistency among polymeric products. For polymers, NMR Spectroscopy is an efficacious method to:

(i) observe reaction completeness & uniformity;
(ii) qualify the relative composition of the structural components;
(iii) quantify the relative percentage of structural isomers;
(iv) observe the presence of stereoisomers and determine polymeric tacticity; and
(v) determine molecular weight (MW), molecular number (Mn) and polydispersity index (PDI).
Even though this has been done on high-field instruments for years, it can be expensive, and, depending on the accessibility/availability of a spectrometer, time consuming. Given that polymer chemistry is not sample limited, and that polymer 1H NMR is often defined by broad, poorly defined peak areas and resolution and peak definition is not a large issue, this is an application ideal for study by either 1H or 19F benchtop NMR.

Inquire for more information about the work we've done to develop methods for polymer analysis, including polyurethane.

Reaction Monitoring/Process Analytical Technology (PAT)
The compact, Halbach 60 MHz magnet can easily be converted between a standard online detector for in-lab reaction monitoring or towards online process analytical technology (PAT).

When paired with a liquid handling system, the NMReady-flow allows users to:

(i) Automatically or manually understand and optimize chemical reactions in real time
(ii) Improve reaction yield and safety
(iii) Automate repeated syntheses
(iv) Integrate the benchtop NMR into a centralized control system or Laboratory Information Management System (LIMS)
The robust and compact nature of the benchtop NMR allows you to incorporate a flow system on your bench, fumehood or process line. If you have any more questions about our PAT hardened products, please contact us to learn about recent developments.

Energy
Within the energy sector, including both petrochemical and renewable sectors, traditional methods for analysis of chemical and physical properties can be cumbersome, requiring both substantial amounts of labour and time. Nanalysis has proven efficacy into combing numerous tests into one analyzing key compositional elements such as aromatic content, hydrogen content, ethanol content, H2S scavengers etc. in a quick and non-destructive manner.

Food Science
Relaxometry has long been used in food science to determine the solid fat content (SFC), moisture content etc. Not only can the NMReady perform these fundamental experiments, but, in addition, the option to measure high-resolution 1D 1H NMR acquisition can provide additional invaluable information through speciation (e.g., amount of saturated and unsaturated fats, cis/trans olefin conformations, % carbohydrates). qNMR QA/QC methods are also possible to validate product claims (e.g., carbohydrate content, alcohol percentage, authenticity of the sample or the presence of adulterants).

Proton and multinuclear NMR Spectroscopy are essential tools for structural elucidation and drug discovery. Developments of quantitative NMR (qNMR) can also be used to observe reaction completeness, purity, formulation, solvent removal, etc. Inquire for more information about developments of how how benchtop NMR can be use as a certified tool for quality control/quality assurance (QC/QA).

(ii) Improve reaction yield and safety
(iii) Automate repeated syntheses
(iv) Integrate the benchtop NMR into a centralized control system or Laboratory Information Management System (LIMS)
The robust and compact nature of the benchtop NMR allows you to incorporate a flow system on your bench, fumehood or process line. If you have any more questions about our PAT hardened products, please contact us to learn about recent developments.

(ii) qualify the relative composition of the structural components;
(iii) quantify the relative percentage of structural isomers;
(iv) observe the presence of stereoisomers and determine polymeric tacticity; and
(v) determine molecular weight (MW), molecular number (Mn) and polydispersity index (PDI).
Even though this has been done on high-field instruments for years, it can be expensive, and, depending on the accessibility/availability of a spectrometer, time consuming. Given that polymer chemistry is not sample limited, and that polymer 1H NMR is often defined by broad, poorly defined peak areas and resolution and peak definition is not a large issue, this is an application ideal for study by either 1H or 19F benchtop NMR.

Hardness Testers

Filter By

Price Range

Listing Type

Condition

Category

Manufacturer

Become a member and enjoy exclusive benefits