In my experience, 60 MHz or 80 MHz benchtop instruments are extremely useful
for sparse, sensitive nuclei, like 31P or 19F, where the sensitivity penalty
can be tolerated and second-order coupling does not matter.
Observing a 13C spectrum can be lengthy, and interpretation of 1H can be
complex.
Thomas
________________________________
> From: main_at_ammrl.groups.io on behalf of Anjaneyulu Putta via groups.io
> Sent: Thursday, November 13, 2025 1:39 PM
> To: main_at_ammrl.groups.io
> Subject: [AMMRL] Approximate cost estimation to bring down Bruker 300 or 600 MHz NMR temporarily
Hello NMR community,
Due to budget constrains, we are exploring the options of temporary shutdown
of our Bruker 300 or 600 MHz nmr. Could you please share the contact information
of vendors to get a price quote to De-energize Bruker 300 or 600 nmrs. What
will be the typical cost to Decommission and Recommission after few years
for these Magnets.
Is benchtop nmrs good enough for academic labs involving experiments with
multi-nuclei(1H, 2H, 13C and 31P) and what are the practical drawbacks associated
with benchtop nmrs. What is the cost for the benchtop nmr (80 MHz) and any
maintenance costs associated with the benchtop.
Thank you.
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Received on Fri Nov 14 2025 - 07:46:45 MST