Tender Results of Ntnu

Metal 3D printer of the average size to be placed at Manulab in MTP for 3D printing of metallic alloys The printer must be laser operated and have a powder bed fusion system with powder management system.

Small electric passenger vehicles

The procurement will cover the need for postal services, post processing and franking, etc. for NTNU Gjøvik

Characterisation instrument for chemical catalysts for programmed temperature studies of reduction, oxidation and desorption of various gasses

This procurement will result in a framework agreement with a tenderer for the delivery of flowers. NTNU has its main activity in 3 different locations in Norway: Trondheim, Ålesund and Gjøvik.

NTNU [the Norwegian University of Science and Technology] needs assistance to follow up the finances in all of NTNU's EU project and application portfolio. Applications and projects concern the current and previous generation of EU Framework Programmes for Research and Development, and must comply with the conditions given in the EU guidelines for the different project types. Financial follow-up entails responsibility for budgeting applications, internal and external financial reporting, project establishment in NTNU's accounting system and termination of projects in NTNU's accounting system.

This framework tender contest will result in a framework agreement with a tenderer for assembly, replacement and repair of external/internal sun screens for NTNU's buildings. NTNU conducts its main activity at 3 different locations in Norway: Trondheim, Ålesund and Gjøvik.

NTNU Trondheim would like to procure a traverse crane (+ a possible option) with a walkway. The crane will be assembled in a R&D laboratory. Two traverse cranes are already assembled in the building that will be kept. The new crane will be assembled on the same rails. Read the attached documents for further information.

The tender contest concerns the delivery of a circulation system that can circulate liquid nitrogen under pressure. The system shall be used in connection with laboratory experiments at the university. The system shall be connected to different test objects (not a part of the delivery), so that the liquid nitrogen will circulate through the test objects. The test objects will emit waste heat to the circulating nitrogen. It is therefore desirable that the system is also supplied with a cooling system. This is an option and not a conditition

NTNU would like to procure at least 2 lasers, with an option for 5 lasers in the next 3 years. The laser will be used to two-photon microscopy with calcium depiction in order to study brain cells in mice. The main aims are to understand more about how time, space, and memory are saved. The laser must have 920nm wave length and 80MHz repetition speed, including the following specifications: Good resolution, stable operation, and low noise level.