Enterprise Europe Network

Metal testing technology that extracts accurate stress/strain curves from a 3-minute indentation test

Country of origin:
External Id: 
Last update
Expiration date


Partner keyword: 
Metals and Alloys
Non-ferrous Metals
Properties of Materials, Corrosion/Degradation
Mechanical Technology related to measurements
Speciality metals (including processes for working with metals)
Machine tools, other metal working equipment (excl. numeric control)


A UK startup has developed a benchtop testing device that enables the extraction of true and nominal metal stress-strain curves from a 3-minute indentation test. The fast test provides unique and actionable mechanical property data for metallurgy R&D, failure analysis and materials modelling applications. The company is looking for partners and collaborators for trial testing and case studies under technical co-operation and end users for commercial agreements with technical assistance.



Measuring the properties of metals is critically important in many industries – for developing and optimising new alloys or processes, investigating failures or carrying out quality control workflows. Stress/strain curves and strength parameters are considered the gold standard of mechanical property data. However, measuring stress/strain curves relies on outdated technology (tensile testers) that is slow (hours), cumbersome, expensive and lacks flexibility.

A UK start-up has now developed a novel metal testing device. The technology uses an accelerated inverse finite element analysis method to extract accurate stress/strain data from a 3-minute indentation test. The technology includes bespoke hardware for creating a controlled indent and measuring its profile shape. This is combined with a proprietary software package that generates mechanical property data from residual indent profile shapes. The technology is applicable to all of the most common engineering metals and their alloys.

The device reduces testing times from hours to minutes compared to standard tensile tests. This can reduce R&D times and costs and allow through-process testing and optimisation. It requires minimal sample preparation and can test whole components. The device also extracts stress/strain curves in true (and nominal) form – providing the information needed to support finite element and engineering critical assessment workflows. Finally, through a mapping functionality the technology is able to plot the spatial variation of mechanical properties across parts, welds and failed surfaces, revealing entirely new insights.

The technology has been validated in extensive laboratory tests and industrial trials. The company is looking for partners and collaborators for trial testing, case studies further joint development under technical cooperation agreements. They also seek end users for commercial agreements with technical assistance.

Advantages & innovations

Cooperation plus value: 
- Reduces metal testing times from hours to minutes; - Requires minimal sample preparation; - Can test whole components; - Produces true and nominal stress strain curves (and hardness numbers); - Can spatially map the variations in mechanical properties.

Stage of development

Cooperation stage dev stage: 
Already on the market

Partner sought

Cooperation area: 
Type of partner sought: industry and academia Specific area of partner sought: metallurgy and materials R&D labs, testing and compliance labs. Role of partner sought: under commercial agreements with technical assistance, end-users are sought to acquire the system. Training and assistance with setup is provided by the UK company. The system has been validated on many engineering metals and can be set up quickly in many instances. The company also seeks technical cooperation with R&D labs to participate in projects around lesser known or more novel alloys.

Type and size

Cooperation task: 
SME 11-50,University,R&D Institution,SME <10,>500 MNE,251-500,SME 51-250,>500