The purpose of this public procurement contract is to supply one laser interferometric measurement system. This laser system will be used in an optical laboratory for precise positioning and characterization of individual optical, opto-mechanical, and mechanical components or sub-blocks, as well as
Tender closed on 19 Jun 2025. Awaiting award.
No single supplier dominates the field.
In research innovation, PALACK UNIVERSITY OLOMOUC has awarded 14 contracts to 14 suppliers.
+8 more suppliers
Across research innovation, the most active winners are WOLF LABORATORIES LIMITED, BRUKER UK LIMITED, VWR International Ltd — the field to beat, or your route in as a partner.
This public procurement contract involves the supply of components for detecting optical signals from ions and nanoparticles. The detection technology includes cameras, photodiode detectors, quadrant photodetectors, and avalanche photodiode detectors. These will be used to detect emitted light from
This public procurement contract involves the supply of two deep freezers (-86°C) for the storage of biological material. Suppliers must meet the minimum requirements outlined in the technical, commercial, or other contractual conditions attached to the tender documentation, particularly the Technic
This public procurement contract involves the production, delivery, and installation of furniture for the offices of doctoral students and a seminar room at the Department of Ecology and Environmental Sciences, Faculty of Science, Palacký University in Olomouc. The contract also includes cleaning an
The contract involves the supply of one laboratory vibrating mill designed for grinding medium to hard materials for chemical analysis. In addition to the delivery of the mill, the contract includes installation, operator training, and warranty service. Detailed technical specifications can be found
Funding up to £280,000 to establish collaborative networks of data professionals sharing knowledge and improving services for social science researchers.
Get up to £250,000 to develop marine robots and autonomous underwater vehicles designed to operate reliably in extreme Arctic conditions over 18 months.
Fund innovative wearable and observation-based methods to measure how home learning environments influence child development and educational outcomes.
BBSRC is funding large collaborative bioscience research teams with grants of £2 million or more for five-year projects aimed at achieving major breakthroughs in understanding living systems.
