Nano-indenter for dynamic nanoscale testing including continuous stiffness measurements, in-situ scanning probe microscopy, and high-speed mechanical microscopy
The nanoindentation system shall support the investigation of ion radiation induced damage and other degradation in metals, ceramics, claddings, protective coatings and thin films. The system shall enable high resolution nanoindentation using both quasi static and dynamic measurement techniques, in-situ scanning probe microscopy, and high-speed mechanical property mapping (i.e., mechanical microscopy), thereby allowing precise probing of damage gradients and other microstructural features.
Buyer
European Commission, DG JRC - Joint Research Centre
Value
€328,907
Published
19 Aug 2026
Closes
Not provided
Procurement details
Source
TED (EU)
Country
Netherlands (NL)
Procurement method
Open
Category
Goods
Contract starts
Not provided
Contract ends
Not provided
CPV classifications
38000000
Laboratory, optical and precision equipments (excl. glasses)
38400000
Instruments for checking physical characteristics
38340000
Instruments for measuring quantities
38410000
Metering instruments
38424000
Measuring and control equipment
38500000
Checking and testing apparatus
38540000
Machines and apparatus for testing and measuring
Lots
Lot LOT-0001 Nano-indenter for dynamic nanoscale testing including continuous stiffness measurements, in-situ scanning probe microscopy, and high-speed mechanical microscopy
€350,000
The nanoindentation system shall support the investigation of ion radiation induced damage and other degradation in metals, ceramics, claddings, protective coatings and thin films. The system shall enable high resolution nanoindentation using both quasi static and dynamic measurement techniques, in-situ scanning probe microscopy, and high-speed mechanical pr...
Delivery: Netherlands
Documents
Unlock document linkTED notice 573861-2026
19 Aug 2026
Award notice · Web page
Contains information from TED (Tenders Electronic Daily), © European Union, reused under CC BY 4.0.