Live from @acs.org. Come check out the QM-125, highest field benchtop NMR at Booth #544! 🧲Monday, August 24th 11am - 5pm 🧲Tuesday, August 25th 11am - 5pm 🧲Wednesday, August 26th 10am - 2pm #ACSFall2026 #ACS #NMRchat #Chemsky
Live from @acs.org. Come check out the QM-125, highest field benchtop NMR at Booth #544! 🧲Monday, August 24th 11am - 5pm 🧲Tuesday, August 25th 11am - 5pm 🧲Wednesday, August 26th 10am - 2pm #ACSFall2026 #ACS #NMRchat #Chemsky
Stop by our booth at #ACSFall next week to see benchtop NMR at 125 MHz, the highest field available anywhere. The QM-125 spectrometer is ready for your automated lab and for walk-up applications. It can make high resolution spectra with sample volumes as small as 5 uL. @qmagnetics.bsky.social
Q Magnetics@qmagnetics.bsky.social · last wk.Chicago, we’re coming! @acs.org 🧲 Booth #544 🧲 Expo - August 24-26 🧲 Chicago, IL Come see what’s possible with the world’s highest field benchtop NMR. Here is Liz, our director of business operations showing off the QM-125, stop by and see it in action! 🧪 #ACSFall2026 #ACS #NMRchat #Chemsky
Chicago, we’re coming! @acs.org 🧲 Booth #544 🧲 Expo - August 24-26 🧲 Chicago, IL Come see what’s possible with the world’s highest field benchtop NMR. Here is Liz, our director of business operations showing off the QM-125, stop by and see it in action! 🧪 #ACSFall2026 #ACS #NMRchat #Chemsky
Check out the highest resolution benchtop NMR instrument at ACS Fall 2026! @acs.org 🧲Chicago, IL 🧲August 23-27 🧲Booth #544 #ACS #ACSFall2026
Q Magnetics@qmagnetics.bsky.social · 2w agoThe QM-125, 125 MHz benchtop NMR highlights 3-methylanisole. Its meta-substituted ring creates four distinct aromatic proton environments with complex splitting from ortho and meta coupling. This contrast shows how substitution changes ¹H NMR patterns. 🧪 #NMRchat #Chemsky #Chemistry
The QM-125, 125 MHz benchtop NMR highlights 3-methylanisole. Its meta-substituted ring creates four distinct aromatic proton environments with complex splitting from ortho and meta coupling. This contrast shows how substitution changes ¹H NMR patterns. 🧪 #NMRchat #Chemsky #Chemistry
QM-125, 125 MHz NMR highlights 4-methylanisole. Its para ring forms an AA′BB′ spin system, giving two doublet-like aromatic resonances with higher-order effects. Methyl and methoxy singlets show how symmetry shapes 1H NMR. Used in synthesis and fragrances.🧪 #NMRchat #Chemsky #Chemistry
@qmagnetics.bsky.social is at BCCE in Madison, Wisconsin with the the world's highest field benchtop NMR spectrometer.
Q Magnetics@qmagnetics.bsky.social · last mo.Check out booth 4 in the Memorial Union Lounge! 2026 Biennial Conference on Chemical Education 🧪 🧲 @bcce2026.bsky.social #BCCE2026 #ACS #ChemEd #ChemistryEducation #NMR #NMRchat #BenchtopNMR #QM125 #NMRspectroscopy #Chemistry #Organicchemistry #Analyticalchemistry
Check out booth 4 in the Memorial Union Lounge! 2026 Biennial Conference on Chemical Education 🧪 🧲 @bcce2026.bsky.social #BCCE2026 #ACS #ChemEd #ChemistryEducation #NMR #NMRchat #BenchtopNMR #QM125 #NMRspectroscopy #Chemistry #Organicchemistry #Analyticalchemistry
We’re headed to the Biennial Conference on Chemical Education @bcce2026.bsky.social🧪! Visit Q Magnetics at booth 4 in the Memorial Union Main Lounge Sunday - Tuesday. Learn more about BCCE: bcce.divched.org/2026 #BCCE2026 #ACS #NMRchat #Chemsky #ChemEd
Dimethyl isophthalate spectrum on the QM-125 benchtop NMR. Its symmetric meta ring creates three aromatic proton environments, with C being equivalent. This simplifies splitting, giving distinct aromatic resonances and a sharp 6H ester methyl singlet.🧪 #NMRchat #Chemsky #Chemistry
The QM-125, 125 MHz benchtop NMR resolves the aromatic, allyl, and methyl signals of 2-allyl-6-methylphenol. The allyl group gives vinyl and allylic resonances with clear splitting, the phenol shifts aromatic signals. Used in fragrance and flavor synthesis.🧪 #NMRchat #Chemsky #Chemistry
125 MHz benchtop NMR of 3-methylpyridine shows how the pyridine nitrogen influences proton signals. The aromatic protons give downfield resonances, while the methyl group appears as a singlet. Used in pharmaceuticals, agrochemicals, and specialty synthesis. #NMRchat #Chemsky #Chemistry
125 MHz benchtop NMR of 2,2-difluoroethyl (4-methylphenyl)sulphonate shows how fluorine affects proton signals. The para ring gives distinct doublets, while the difluoroethyl group produces resonances shaped by nearby fluorine. Used in pharmaceutical and agrochemistry.🧪 #NMRchat #Chemsky #Chemistry
Join @hqs-quantum-sim.bsky.social & Q Magnetics to explore benchtop NMR. Featuring: “QM-125: Benchtop NMR for the Real World” 📅 June 22, 2026 ⏰ 3–5 p.m. CEST | 7–9 a.m. MDT 📍 Free Zoom webinar (registration required) forms.cloud.quantumsimulations.de/webinar-can-... #NMRchat #Chemsky
Can I use Benchtop NMR in my lab?
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What makes aromatic NMR signals move upfield or downfield? See how the QM-125 reveals the answer in our latest blog post! 🧪 #NMRchat #Chemsky #Chemistry www.qmagnetics.com/post/how-sub...
How Substituents Shift NMR Signals: Exploring Electron Donating Groups and Electron Withdrawing Groups in Para-Substituted Aromatics on the QM-125
Para-substituted aromatic compounds are an excellent way to explore electronic effects in NMR spectroscopy. In this comparison, we will look at 1,4-diethylbenzene and 4-nitrotoluene. The two compounds...
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125 MHz benchtop NMR of 1,4-diethylbenzene shows a spectrum from a para substituted ring. The ethyl groups are weak electron donors, shifting aromatic signals slightly upfield. Aromatic, methylene, and methyl resonances are easily resolved.🧪 #NMRchat #Chemsky #Chemistry
125 MHz benchtop NMR of 4-Nitrotoluene with two aromatic doublets from the para substituted ring and a sharp methyl singlet. The strong electron withdrawing nitro group shifts aromatic signals downfield. Used in azo dyes, pigments, and agricultural chemicals. 🧪 #NMRchat #Chemsky #Chemistry
125 MHz benchtop NMR highlights the alkene and aldehyde signals of trans-2-hexenal. Its conjugated structure shifts the aldehyde proton downfield while the trans alkene gives separated vinyl resonances. Used in flavors, fragrances, foods, and consumer products. 🧪 #NMRchat #Chemsky #Chemistry
125 MHz benchtop ¹H NMR of isopropylbenzene. Used in phenol and acetone production, it is relevant to petrochemical manufacturing and solvent analysis. Its monosubstituted benzene ring and isopropyl group give clean, well resolved aromatic and alkyl resonances. 🧪 #NMRchat #Chemsky #Chemistry
125 MHz benchtop ¹H NMR of propylene carbonate. Used in lithium-ion batteries and cosmetics, its cyclic carbonate structure gives a simple, well resolved spectrum with characteristic methylene resonances and a distinct methyl signal.🧪 #NMRchat #Chemsky #Chemistry
125 MHz ¹H NMR of 4-dimethylaminobenzaldehyde shows a clean aromatic spectrum. The para-substituted ring gives two doublets, dimethylamino a singlet, and a downfield aldehyde proton. It’s used in colorimetric tests, as an intermediate in azo dyes, and pharmaceuticals.🧪 #NMRchat #Chemsky #Chemistry
125 MHz ¹H NMR of 4-Hydroxypropiophenone shows a well-resolved spectrum from an aromatic ketone. The para substituted ring gives two doublets, ethyl side chain adds aliphatic signals. It’s a commonly used intermediate in pharmaceuticals and fragrance chemistry.🧪 #NMRchat #Chemsky #Chemistry
From soft plastics to sharp spectra, diethyl phthalate (DEP) is well resolved on the QM 125 benchtop ¹H NMR. It plasticizes PVC and cellulose acetate and serves as a low-volatility solvent. Its symmetric phthalate core gives characteristic aromatic splitting.🧪 #NMRchat #Chemsky #Chemistry
125 MHz ¹H NMR of Brilliant Blue shows the spectral signature of food dye. Its conjugated triarylmethane core gives distinct aromatic resonances, while sulfonated groups shape peak positions in aqueous solution. Used in sports drinks, candy, and blue raspberry products.🧪 #NMRchat #Chemsky #Chemistry
125 MHz ¹H NMR of caffeine. Beyond its stimulant role, it provides key bitterness in beverages, making caffeine-free flavors hard to replicate. Its substituted xanthine core yields three N-methyl singlets and a characteristic aromatic proton.🧪 #NMRchat #Chemsky #Chemistry
Live from ACS Spring 2026. Come say hello and see the QM-125 benchtop NMR. Booth #1325. 🧪 #ACSSpring2026 #ACS #ACS150 #NMR #NMRchat #BenchtopNMR #Chemsky
125 MHz benchtop NMR spectrum of cocaine acquired from just 5.1 µL and <100 µg analyte, demonstrating the QM-125’s 20 nM sensitivity, high resolution, and highest-available benchtop field. Visit us at ACS Spring 2026 in Atlanta, Booth #1325. 🧪 #ACSSpring2026 #ACS #ACS150 #NMRchat #Chemsky
