Karlstads universitetKarlstadTED
Tribometer
Karlstad University seeks to procure an advanced tribometer for research and teaching within the Materials Research at Karlstad University (MR@KAU) environment. The instrument will be used for tribological testing of advanced engineering materials, supporting research on friction, wear, lubrication, and surface performance, while compleme...
Submission deadline: August 23, 2026 (expired)Type: Tender
Measurement Technology
Unlock documents for free
No credit card · Instant access
Content at a glance
- Tender type:
- Tender
- Contracting authority:
- Karlstads universitet
- Published:
- July 06, 2026
- Deadline:
- August 23, 2026
- Topic:
- Measurement Technology
Tender description
Karlstad University seeks to procure an advanced tribometer for research and teaching within the Materials Research at Karlstad University (MR@KAU) environment. The instrument will be used for tribological testing of advanced engineering materials, supporting research on friction, wear, lubrication, and surface performance, while complementing the university’s existing materials characterization and mechanical testing infrastructure. Please note that, due to the holiday period, response times to questions submitted during the procurement process may be longer than usual. Tenderers are therefore encouraged to submit any questions well in advance of the tender deadline.
Further details
With free access, documents, deadlines and submission notes are available in a structured format.
- Core requirements of the tender prioritized and prepared
- Deadlines, eligibility criteria and documents in one workflow
- Guidance for structured bid preparation
- Automatically discover matching follow-up tenders
Unlock 30 days free
30 days free · no credit card · cancel anytime
All procurement details
Buyer, lots, participants, locations, documents, and procedure data have already been captured. Open any area to see the complete information in your workspace.
6 data areas available
Unlock 30 days free
30 days free · no credit card · cancel anytime
Documents
Unlock50 details capturedDocuments · Document bundle
Buyer
Unlock3 details capturedBuyer · Address · Contact
Lots
Unlock1 detail capturedLots LOT-0001
Procedure data
Unlock6 details capturedPublication number · Procedure reference · Buyer reference · Procedure type · +2 more
Performance locations
Unlock3 details capturedPerformance locations
Publisher
Unlock6 details capturedPublisher · Address · Contact
Related tenders
101105601 UiO Life Sciences user equipment K930.09 Automated workstation
STATSBYGGOSLOStatsbygg constructs the new Life Sciences Building (LVB) for the University of Oslo and Oslo University Hospital on behalf of the Ministry of Education and Research and South-East Health as the co-contracting authority. The building shall be the workplace for approx. 1,600 employees and 1,600 students. Start up for the excavation and ground work was the second quarter of 2019 and the planned completion is at the end of 2026. Various professional environments shall work multi-disciplinary here to develop new solutions for major challenges within health and sustainability with access to the best and most modern equipment required to carry out world class research, teaching and innovation.LA3673C-UCC-CFT for the Supply of a Fully Integrated Precision Ferroelectric and Piezoelectric Analysis Platform
Education Procurement Service (EPS)LimerickDeadline: Aug 24Tyndall National Institute, University College Cork requests the supply of a Precision Ferroelectric and Piezoelectric Analysis Platform, comprising of seven complementary subsystems with functionality requirements as follows 1. Measurement Core 2. Optical Metrology 3. Thermal Modules 4. HV Subsystem 5. Fixturing and Probing 6. Workstation 7. Infrastructure The Platform must have the ability to perform comprehensive, high resolution ferroelectric and piezoelectric characterisation of ferroic materials, spanning bulk ceramics, ultrathin films and full wafers, across a broad temperature range. The primary purpose of this platform is to provide a unified, high performance infrastructure for the fundamental research and industrial benchmarking of advanced ferroic and piezoelectric materials. It will be utilised for the precision characterisation of material properties at various stages of development, from initial thin film growth and bulk ceramic synthesis to full wafer level device integration and reliability testing, supporting the development of next generation sensors, actuators, and beyond CMOS computing architectures. Materials with controlled ferroic responses are key to enabling next generation technologies. Ferroelectric and piezoelectric materials are vital for precision actuators, sensors, photonic systems, and non volatile memories, while multiferroics, combining electric and magnetic order, present transformative potential for ultra low power, non volatile logic and memory.1105601 UiO Life Sciences user equipment. K937.02.02 MEA system
STATSBYGGOSLODeadline: Sep 02Statsbygg constructs the new Life Sciences Building (LVB) for the University of Oslo and Oslo University Hospital on behalf of the Ministry of Education and Research and South-East Health as the co-contracting authority. The building shall be the workplace for approx. 1,600 employees and 1,600 students. Start up for the excavation and ground work was the second quarter of 2019 and the planned completion is at the end of 2026. Various professional environments shall work multi-disciplinary here to develop new solutions for major challenges within health and sustainability with access to the best and most modern equipment required to carry out world class research, teaching and innovation.Market consultation advanced maskless photopatterning system
Rijksuniversiteit GroningenGroningenDeadline: Jul 26Introduction Within the University of Groningen (UG), at the Groningen Research Institute of Pharmacy, the Pharmaceutical Analysis Group studies cell behaviour in physiologically relevant microenvironments, with a particular focus on microfluidic devices and hydrogel-based platforms. A central aspect of this research is the ability to engineer precisely defined biochemical and physical microenvironments at the sub-micron scale, in which cells can then be imaged and observed over time. To address the research questions arising in this context, an advanced maskless photopatterning system is required, capable of three functions within a single device: micropatterning of biomolecules for defining regions where cell can adhere, three-dimensional structuration of UV-sensitive hydrogels for structuring the mechanical environments of the cells, and microfabrication of microfluidic channels for enabling control of the biochemical environment of the cells. These three functions must be reconfigurable on demand and in real time, and the system must mount on an inverted fluorescence microscope, so that patterning can be performed at precisely imaged locations and in closed loop with observed cell behaviour. Together, these requirements place stringent demands on the patterning resolution, design flexibility, multi-function capability, and microscope integration of the instrument. See the market consultation document for futher information.An Anechoic Radio Frequency (RF) Chamber
Tampere University Foundation srTampereDeadline: Aug 24Tampere University (thereinafter also "TAU" or "Contracting Authority" calls for tenders for an Anechoic Radio Frequency (RF) Chamber for Hervanta Campus' Sähkötalo. The procurement concerns an Anechoic RF Chamer (hereinafter referred to as "Chamber") for wireless communication technology, to be integrated into the WICO research environment and primarily used by the Tampere Wireless Research Center. The facility will be used for conducting Over-The-Air (OTA) antenna measurements, supporting advanced research and experimental validation in wireless communications. The chamber will enable research on current and future wireless systems and will further strengthen the existing high-level research in the field. The object of the tender process is described in more detail in the invitation to tender documents. A dedicated space has been allocated for both the chamber and an adjacent control room. Detailed layouts and spatial specifications are provided in the appendices to this tender. In addition, a separate appendix outlines the existing measurement equipment that will be installed and utilized within the new chamber. The chamber will be constructed within the Sähkötalo building, in the F-wing. The chamber is effectively located at the ground-floor level, allowing convenient access through large doors. This facilitates the transportation and installation of sizeable chamber components and measurement equipment. The selected supplier will be required to conduct a site survey promptly after contract signing. The purpose of the survey is to verify all relevant dimensions, environmental conditions, and technical details necessary for the design and installation of the chamber. Access to the site during the renovation phase will require coordination with the main construction contractor (details are provided after the contract has been signed). It is expected that participation in a mandatory construction site safety training (approximately one hour) will be required prior to site access. At the time of issuing this tender, the specified area within Sähkötalo is undergoing renovation. The renovation is scheduled for completion by the end of April 2027. Consequently, construction of the anechoic chamber is expected to commence at the beginning May 2027, subject to the completion of renovation works and in the absence of unforeseen delays. The anticipated construction period for the chamber is during spring-summer 2027. Budget Available: Please note maximum budget available for this procurement is no greater than 500.000 € (EUR, excl. VAT).1105601 UiO Life Sciences user equipment. K936.04.01 Automated pipetting and sorting system for zebrafish embryos, eggs and larvae
STATSBYGGOSLODeadline: Sep 04Statsbygg constructs the new Life Sciences Building (LVB) for the University of Oslo and Oslo University Hospital on behalf of the Ministry of Education and Research and South-East Health as the co-contracting authority. The building shall be the workplace for approx. 1,600 employees and 1,600 students. Start up for the excavation and ground work was the second quarter of 2019 and the planned completion is at the end of 2026. Various professional environments shall work multi-disciplinary here to develop new solutions for major challenges within health and sustainability with access to the best and most modern equipment required to carry out world class research, teaching and innovation.Shaking incubators and CO2 incubators (for new laboratory facility)
Tampere University Foundation srTampereDeadline: Jul 20The object of the procurement is the acquisition of incubators for laboratory use at Tampere University. The equipment will be placed at the Noodi research facility, which is being completed on Tampere University’s Hervanta campus. Noodi is Tampere University’s new hub for experimental research, bringing together advanced research facilities, modern learning environments and multidisciplinary collaboration in the fields of technology, medicine and information technology. The procurement is divided into three lots: two shaking incubators, one refrigerated shaking incubator, and nine CO2 incubators. Partial tenders are allowed. The equipment must meet the technical and functional requirements set out in the Call for Tenders, including CE conformity, compatibility with the 230 V electrical system used in Finland, and temperature, shaking and/or CO2 level control features suitable for laboratory use. The procurement includes delivery of the equipment to Tampere University’s Hervanta campus, to the Noodi research facility, and, depending on the lot, installation, commissioning, user manuals, technical support, warranty, and the availability of maintenance and repair services. Noodi is intended to provide modern and adaptable facilities for experimental research and to support research activities carried out by several faculties of Tampere University, including the Faculty of Medicine and Health Technology and the Faculty of Engineering and Natural Sciences. The indicative comparison price range for the procurement is EUR 150,000–180,000, excluding VAT. Two draft contracts are attached to the Call for Tenders: the MET draft contract and the ENS draft contract. The MET draft contract applies to Lot 1 and, in Lot 3, to eight units. The ENS draft contract applies to Lot 2 and, in Lot 3, to one unit. The draft contracts are substantially identical in terms of their contractual terms, but they differ with regard to the faculty representing the Customer, the invoicing details, and the Customer’s signatory. In the MET draft contract, the Customer is represented by the Faculty of Medicine and Health Technology, whereas in the ENS draft contract, the Customer is represented by the Faculty of Engineering and Natural Sciences. The General Terms of Public Procurement in Supply Contracts, JYSE 2025 Supplies, attached to the Call for Tenders, apply to both draft contracts as set out in the respective draft contracts.ATU 26/337 - Request for tender for the supply of an Advanced Automated Biofabrication Platform to Atlantic Technological University
Atlantic Technological UniversityLetterkennyDeadline: Aug 10ATU seeks the supply, delivery, installation, commissioning, validation and user training of an advanced automated biofabrication platform for research and educational applications in tissue engineering, regenerative medicine, organoid development, 3D cell culture and related biomedical research. The proposed system must provide an integrated and automated platform capable of supporting advanced 3D biofabrication workflows, including bioprinting, liquid handling, robotic manipulation, automated sample handling and biological assay preparation within a single coordinated system. The system will be used in a multidisciplinary research environment involving academic researchers, postgraduate students and industry collaborators. The equipment must therefore be suitable for intensive research usage, support reproducible workflows, and operate reliably within a laboratory environment compliant with biological research standards.LA3769C-SETU-CFT for the Supply of an Environmental Chamber
Education Procurement Service (EPS)LimerickDeadline: Jul 06South East Technological University request the supply, delivery, installation and commissioning of an environmental (climate) chamber specifically designed to allow humans to exercise in a range of environmental conditions for the purposes of research and practice in sport and health. The chamber and integrated control system must enable the safe, accurate and reliable administration of a range of temperatures, humidity levels and simulated altitudes. The chamber will be installed in a pre-defined location in a building which is currently under construction and the supplier will be required to collaborate with both the contracting authority and other appointed contractors during the planning, installation and commissioning phases. A mandatory site visit MUST be completed upon award of this tender. The building is expected to be finished in Summer 2027 however the chamber is to be installed in October 2026 before overall construction has been completed.LA3705C - CFT - SETU - Supply, Delivery, Installation and Commissioning of a Replacement Equipment for the SEAM Research Centre, [3 Lots]
Education Procurement Service (EPS)LimerickDeadline: Jul 10Tenders are sought for the Supply, Delivery, Installation and Commissioning of 3 lots: Lot 1 - Replacement of a High-Resolution X-Ray Computed Tomography (CT) System. Lot 2 - High-Definition Bench-top Digital Microscope System Lot 3 – Replacement of Detector for the GE VTomex L300 Industrial CT System The new equipment must be delivered and installed on the ground floor of SEAM facilities located in the Applied Technology Building on the main campus of SETU Waterford. The contracting authority will take care of all works regarding laboratory preparation (required construction works). For Lots 1 - 3 It is required for the after award the winning Tenderer to conduct an evaluation of the site and site access at SETU and advise SETU of any alterations to services at the location that may be required, prior to delivery and installation. This can be partially or wholly facilitated remotely as required. Date and time to be confirmed with SETU and the winning tenderer. Please confirm compliance. The tenderer MUST allow access to the facilities (supplier site) to witness the factory acceptance testing of the equipment. In case the contracting authority decides not to attend in person, the tenderer will be asked to supply a certificate of the successful factory testing.
Frequently asked questions about this tender
- How can I apply for this tender?
- Create a free account on Auftrag One. You will then see all documents, deadlines and submission notes in a structured workflow.
- What is the submission deadline?
- The submission deadline is 23. August 2026.
- Who is the contracting authority?
- The contracting authority is Karlstads universitet.
- Which documents are needed to get started?
- Typically you need the service description, proof of eligibility, deadline notes and possibly form sheets. On Auftrag One these items are displayed in prioritized order.