Bruker AV III 600 MHz (AV600) installed in 2007:

Higher field dispersion and highest sensitivity for polymers, carbohydrates, and natural products NMR projects or very dilute samples
Four RF transmitters, configured for nuclei from O-17 to H-1
Broad band probe with H-1 decoupling with autotune
Inverse probe H-1 (& F-19) with BB decoupling
Selective shape pulse excitation (selective NOE, ROE) at higher field dispersion
Best for H-1 2D NMR or dynamic (DOSY) and kinetic projects
Typical application for H-1– C-13 2D (HSQC, HMBC, and TOSY-HSQC)
Autosampler for loading 24 samples maximum
Training protocols: H-1 NMR at AV600; 13C NMR at AV600; 13C-dept NMR at AV600; COSY NMR at AV600; HSQC or HMBC at AV600; qNMR at AV600; DOSY setup at AV600, DOSY at AV600, DOSY Process; Calibrate Gradient strength at AV600; Deuterium NMR (BBFO probe) at AV600
Useful commands: Common Commands for Bruker TopSpin NMR Acquisition & Processing

Bruker AV NEO solid-state 500 MHz (SS500) installed in 2019 (NSF-MRI: 1726058):

One 3.2 mm magic angle spinning (MAS) double resonance N-P/F-H probe: one channel is for 1H and 19F, another channel is for X nuclei (tuning frequency is from 15N to 31P). Most common nuclei can be studied: 15N, 19F, 31P, 7Li, 119/117Sn, 11B, 23Na, 27Al, 13C, 195Pt, 29Si, 77Se, 199Hg, etc. The most common experiments are mainly cross-polarization(H-X or 19F-X CP/MAS) or one pulse direction observation.
One 3.2 mm MAS triple resonance CNH probe: one channel is for H, one channel is for 13C and one channel for 15N. The probe can run triple resonance experiments applied for biological samples.
Both probes have variable temperature capabilities and spinning rate up to 24 kHz
Solid-state NMR 500 training for CP/MAS; SSNMR N-P/F-H DR probe tuning-matching
Useful solid-state NMR information, sample packing & SSNMR consumables
Applications: SSNMR flyer & Publications_SSNMR-500MHz

BBFO probe with Z-gradient
Good for H-1 2D NMR (COSY) or dynamic (DOSY) and kinetic projects
Typical application for C-13 DEPT and H-1/C-13 2D (HSQC and HMBC)
Typical X-nuclei (C-13, Si-29, P-31, Pt-195, Pb-207, Na-23, Cs-133, F-19)
Selective shape pulse excitation (selective NOE, ROE)
Variable temperature capability
Training protocols: H-1 NMR at AM400; C-13 NMR at AM400; C13 DEPT and APT NMR at AM400; Protocol for X-nuclei NMR at AM400; Deuterium NMR (BBFO probe) at AM400; COSY NMR at AM400; HSQC or HMBC at AM400
Useful commands: Common Commands for Bruker TopSpin NMR Acquisition & Processing

Routine NMR screening
A walk-up 400 MHz fully automated spectrometer is available for H-1 and C-13 detection (TXI probe)
H-1 2D NMR (COSY) and H-1/C-13 2D (HSQC and HMBC) are subjected to setup
Training protocols: H-1 NMR (BBO probe) at NMR400; C-13 NMR (BBO probe) at NMR400; Deuterium NMR (BBO probe) at NMR400
BBO probe tuning/matching: BBO probe tuning-matching; BBO probe tuning-matching parameters
Useful commands: Common Commands for Bruker TopSpin NMR Acquisition & Processing