The New Fourier 80 Duo
Affordable Benchtop. Ready to Use.

The new Fourier 80 Duo is a fixed‑edition benchtop NMR created for routine chemistry and everyday verification.

Highlights

One Focused Configuration 
Fixed, routine ready benchtop NMR - standardized, easy to deploy, and lower cost than more complex setups
¹H / ¹³C with Gradients
Inverse and gradient‑based experiments included as standard for modern benchtop FT‑NMR
Free Software Licenses
Academic users enjoy free acquisition and processing license for TopSpin, GoScan guided workflows and a 1-year ACP license

Standardized Benchtop NMR for Research Groups, Analytical Labs, and Teaching Environments

The new Fourier 80 Duo is a fixed‑edition benchtop NMR created for routine chemistry and everyday verification. Operating at 80 MHz, it avoids the compromises of 60 MHz benchtop systems - bringing higher routine resolution within reach for everyday lab use. With a focused ¹H/¹³C configuration including gradients, it delivers exactly what is needed for reliable daily measurements - no more, no less.

Affordable NMR for Everyday Decisions

By reducing variability between users, the Fourier 80 Duo ensures consistent, reproducible results across an entire group. Routine measurements become predictable and easy to integrate into daily workflows. The result is smooth lab operation, dependable outcomes, and chemistry that keeps moving - day after day.

Features

Fixed, routine ready benchtop NMR
One focused configuration - standardized, easy to deploy, and lower cost than more complex setups

¹H / ¹³C with gradients
Inverse and gradient‑based experiments included as standard for modern benchtop FT‑NMR

True bench level operation
Cryogen free, compact, and infrastructure friendly

GoScan guided workflows
Push button acquisition for consistent results across users

Free Licenses for TopSpin + ACP for academia
Free TopSpin acquisition & processing licenses plus a free 1-year ACP license

Key Benefits for Educators and Students

  • Hands on learning, not demonstrations
    Students acquire and interpret their own spectra during lab sessions.
  • More students, more practice
    Fast, routine measurements allow multiple users per lab period.
  • Simple to deploy and operate
    Fixed configuration, cryogen free operation, and bench level installation.
  • Confidence in every session
    Standardized workflows deliver consistent results across cohorts.
  • Skills that carry forward
    Familiar TopSpin workflows prepare students for research labs and higher field NMR.

Key Benefits for Analytical Chemists and Researchers

  • Standardized routine verification
    Consistent workflows reduce user to user variability across the group.
  • Faster decisions, less waiting
    On site access removes dependency on central facility schedules.
  • Confidence beyond ¹H alone
    Routine access to ¹³C adds clarity when spectra get ambiguous.
  • Low effort, predictable operation
    Fixed configuration minimizes setup, training, and supervision.
  • Continuity with trusted workflows
    TopSpin, GoScan, and ACP integrate seamlessly into existing Bruker environments.

Pulsed Field Gradients (PFG)

Pulsed field gradients make a measurable difference in real‑world NMR performance. With gradients, the Fourier 80 Duo delivers noticeably cleaner spectra - including much stronger solvent suppression, clearer selective experiments, and more reliable inverse‑correlation data. This means users get high‑quality, interpretable results without the noise and overlap typical of lower‑field systems. Gradients also open the door to diffusion measurements, extending the system’s usefulness far beyond basic benchtop capabilities.

Learn more about why gradients matter for modern benchtop FT‑NMR. 

Specifications

Operating Frequency

80 MHz

Nuclei Selection

¹H/¹³C

Further Technical Specifications

Cryogen free permanent magnet - no liquid nitrogen or helium needed

External digital lock - no deuterated solvents required

Pulsed Field Gradients for solvent and water suppression

High spectral quality at 80 MHz (improved resolution vs. lower fields)

Compatible with TopSpin workflows (full Bruker ecosystem continuity)

GoScan guided routines for standardized routine measurements 

Optional

Automation: PAL RSI sample changer (up to 252 samples) 

Lab Infrastructure Needed

No liquid nitrogen or helium required (cryogen free magnet)

No water cooling required

Power consumption: typically < 300 W

Power: 100–240 V, 50–60 Hz (standard electrical outlet)

No additional venting required (benchtop installation)

Compact footprint suitable for placement directly on a lab bench