Avance NMR Spectrometer – Avance NEO-X and ASCEND EVO™ Magnets

This year at Analytica we will present the Avance NMR spectrometers series. In particular we will introduce a new compact console, AVANCE NEO-X, and the new space‑optimized superconducting magnet ASCEND EVO™.

The space‑saving console AVANCE NEO-X brings cutting edge performance to industrial R&D. Its multi‑receive architecture accelerates experiments and delivers richer datasets with higher Signal-to-Noise ratios, wider dynamic range, and superior stability—translating into shorter TAT (Turn Around Time), higher throughput, and fewer reruns. SpinPilot automation in TopSpin 5 streamlines setup and execution with guided, push‑button SOPs, reducing operator dependency while improving consistency and traceability for 24/7 workflows. Designed for sustainability, it lowers power draw and heat dissipation, easing air-conditioning load and cutting energy costs—without compromising data quality or uptime.

ASCEND™ brings NMR to industrial R&D—delivering exceptional spectral stability, higher sensitivity, and long‑term reliability. Teams gain deeper structural insight, compress development cycles, and make defensible decisions from feasibility through advanced materials design. Methods standardize across sites, uptime stays high, and milestones are met with confidence.

Smaller Magnets. Industrial R&D Ready.

Ascend delivers outstanding field homogeneity and stability in space‑constrained labs—enabling long‑duration, advanced NMR even in locations once unsuitable. Easy siting via compact size/weight, small physical and magnetic footprint, minimal site preparation, low ceiling height, and reduced weights means installation in standard labs and closer to process. Operating costs drop via low helium consumption from advanced cryostat design, plus reliability and serviceability that cut maintenance and downtime. Result: faster deployment and standardization across sites, optimized total cost of ownership, and smoother pilot‑to‑production transfer.

Why Field Quality Matters.

Stable, homogeneous fields yield reproducible spectra for DoE (Design of Experiments)/MSA (Measurement System Analysis) and defensible decisions enabling reliable long‑duration experiments in challenging environments. Consistent field quality across sites supports governance‑ready methods, cleaner SPC (Statistical Process Control), faster audits, and easier method transfer — bringing NMR closer to process without compromising data integrity.

Make uptime the default.

Advanced cryostat engineering—plus cryogen re‑liquefaction and boil‑off capture—cuts helium use and hands‑on maintenance. A space‑optimized footprint and reduced exclusion zone simplify siting in standard labs. Outcome: higher OEE (Overall Equipment Effectiveness), fewer schedule risks, and measurable OpEx savings.

NMR made it easy – From Sample to reports

The software Advanced Chemical Profiling processes, and interprets NMR data and provides reports in pdf, applicable to substances in pure form or mixtures allowing identification and quantification of constituents in incoming goods, process intermediates, and final product formulations. A comprehensive workflow automation enhances process in R&D lab-scale, pilot, and volume production processes.

The database-driven solution allows in-house NMR experts to create and implement new testing methods directly in non-NMR-expert production environments, increasing result consistency and comparability with operator-independent report generation.