Condition Monitoring During Multiple Wire Drawing with Dry Drawing Means
Recording and analysis of data for condition monitoring: Condition monitoring for multiple wire drawing with dry drawing Means.
Übersetzung der deutschen Kategorie “Prozesse”. (TM)
Review of the HeatTreatmentCongress 2018
At the HTC in Cologne we presented our newest technologies for straightening and joining processes and featured a measuring system for hardness testing.
QASS µmagnetic – Hardness Testing using Barkhausen Noise
In the early 20th century Barkhausen noise was dicovered by the German physicist Heinrich Georg Barkhausen. Barkhausen noise is an effect that is only observable in ferromagnetic materials. QASS uses it to determine the mechanical hardness of materials.
QASS Presents New Measurement Technology at the HTC 2018
The 74th HeatTreatmentCongress is the meeting place to present the latest research and development results. We at QASS are happy to take the opportunity to exchange ideas with an international audience.
Monitoring Overheating when Grinding in Test Environment
A reference standard for overheating during grinding in test environment with QASS µmagnetic.
The QASS Path to Autonomous Measuring
We are proud to present the future of measuring and evaluation, connecting your manufacturing processes to the digitization revolution.
The Future of Quality Assurance – HTC 2017
See the self-learning measurement systems of QASS at the HeatTreatmentCongress 2017 – experience our non-destructive testing in real-time.
EMO 2017: New Ways of Intelligent Production
Metallbearbeitungs-Messe EMO 2017: QASS zeigt selbstlernende Mess-Systeme, die die Härte von Werkstücken und den Zustand von Zerspanungswerkzeugen prüfen.
QASS Studies Machining and Cutting even Better
QASS wants to broaden the possibilites of quality control for machining and metal cutting processes – with our own metal cutting machine.
Now Available: Non-Destructive Hardness Testing
Our system for hardness testing is now available. QASS µmagnetic enables a non-destructive measurement of the hardness of ferromagnetic material – contactless and in real-time.