Hardness testing from micro to macro—More efficient testing with AI and intelligent software
- Date: November 12, 2026
- Time: 09:30 AM (CET) and 3:00 PM (CET)
- Industry: All industries
- Language: English
- Duration: 30 min. + 10 min. Q&A
Free registration for 9:30 AM (CET) Free registration for 3:00 PM (CET)
In this webinar, you will learn
- How the ZwickRoell hardness testing portfolio is structured,from micro to macro, and which testing solution is best suited to different applications, materials, and test tasks.
- Whichhardness test methods, such as Vickers, Knoop, Brinell, and Rockwell, are relevant, and how the test method, test force, and degree of automation determine the right testing system.
- How you can efficiently handle a wide range of test tasks, from the lab to production-line quality control, using solutions such as DuraScan, VisionLine, and DuraJet.
- How automation and intelligent testing workflows simplify specimen positioning, the execution, and the evaluation of hardness testing, while increasing process reliability.
- how AI-supported image analysis assists in the detection and measurement of test indentations, making both evaluation and the overall testing process more efficient.
- How modern hardness testing software, such as ecos™ III, systematically manages test jobs, recurring settings, and test data while guiding users through the entire testing process.
Benefits
- Find the right testing system: From microhardness to macrohardness testing, choose the right solution for your application.
- Test more efficiently: Leverage automated processes and intelligent software.
- Evaluate more reliably:Learn about AI-powered features for fast and reliable evaluation of test results.
- Future-proof your investment: Align your hardware, automation, and software with both your current and future testing requirements.
Sign up now for our free webinar
Reserve your spot and learn how to make your hardness testing more efficient with the right testing technology, automation, AI, and intelligent software.
09:30 AM (CET) and 3:00 PM (CET)