Bruker VERTEX NEO Ultra Fourier-transform Infrared Vacuum Spectrometer
Public summary
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The National Research Council of Canada (NRC) appears to be seeking a high-performance Bruker VERTEX NEO Ultra Fourier-transform infrared (FTIR) vacuum spectrometer for research use in Ottawa, Ontario. The required system is expected to support mid-infrared and far-infrared measurements, high spectral resolution, vacuum optics, time-resolved testing, rapid-scan and step-scan experiments, multiple detector and source configurations, and sample methods such as reflectance, transmission, and ATR. Integrated software for data collection, processing, validation, reporting, and management is also described. The tender is listed as open and is scheduled to close on November 19, 2026, at 2:00 p.m. The notice lists broad geographic coverage, including Canada and Ottawa, ON. This opportunity potentially matches businesses that can supply and support this specialized Bruker spectroscopy equipment, but the tender details should be reviewed carefully for mandatory specifications, delivery, installation, warranty, service, supplier eligibility, and submission requirements. Verify all information, including the closing time and official procurement conditions, in the official tender notice before submitting a bid: https://canadabuys.canada.ca/sites/default/files/webform/tender_notice/112265/acan-26-58210_en-bruker.pdf
Requirement preview
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- Supply a Bruker VERTEX NEO Ultra Fourier-transform infrared vacuum spectrometer, or equipment meeting the stated tender objective.
- Provide a high-performance, research-grade Fourier-transform infrared spectrometer.
- Support advanced infrared spectroscopic measurements across the mid-infrared and far-infrared regions.
- Provide high spectral resolution.
Source description preview
Imported source text may contain formatting from the original notice.
The objective of this purchase is to acquire a high-performance research-grade Fourier-transform infrared spectrometer capable of advanced infrared spectroscopic measurements across the mid-IR and far-IR regions, with high spectral resolution, vacuum optics, time-resolved measurement capability, multiple detector/source configurations, and flexible sample/accessory compatibility. The system will support demanding R&D applications, including high-resolution spectral analysis, rapid-scan and step-scan experiments, far-IR measurements, reflectance/transmission/ATR measurements, and data acquisition, processing, validation, reporting, and management through integrated spectroscopy software
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