Manuelles Schweißen
How do standards challenge the European welding industry?
11. Oktober 2016
The European welding industry is recreating itself. Our ambition is to transform the industry from 3D – dirty, dull, and dangerous – to 3C – cool, clean, and clever. We are entering an era of new buyer power, arising from redefined expectations for welding quality and documentation throughout the entire welding value chain.
Reetta Verho
Reetta Verho
Reetta Verho
Manager, Welding Services at Kemppi Oy. International Welding Engineer (IWE) who is an active member in ISO standardization committees. Board member in The Welding Society of Finland. Passionate about welding quality and the development of welding production. Member of: K105 National mirror committee for welding, ISO/TC44/SC10 Quality management in the field of welding ISO/TC44/SC11 Qualification requirements for welding and allied processes personnel.
Weitere Blog-Beiträge
Wie man die häufigsten Fehler beim MIG/MAG-Schweißen vermeidet
Die Qualitätsanforderungen in der Schweißproduktion steigen mit der Optimierung von Strukturen sowie der Entwicklung von Werkstoffen und Schweißprozessen. Schweißfehler können im schlimmsten Fall schwere Unfälle und strukturelle Schäden verursachen. Daher ist es wichtig, sie zu vermeiden und die Mechanismen zu verstehen, die sie verursachen. In diesem Text stellen wir die häufigsten MIG/MAG-Schweißfehler vor und zeigen, wie sie am besten vermieden werden können.
Schweiß-ABC
Stop the hassle and just get to work
Imagine 40 welders in a workshop. Each of them has 4–5 different welding qualifications which put the total at around a hefty 200 qualification certificates. As usual, these documents have to be prolonged every six months.
Digitalisierung
Standards in welding provide basis for the whole welding industry
Welding standards support the whole welding industry. They affect the industry and welding company operations on a wide scale from welding equipment to welding management software, services and documentation.
Manuelles Schweißen
Minarc M 223 Auto & 223P Auto vs MinarcMig Auto: key upgrades and when you’ll feel it at the arc
The Minarc M 223 Auto and 223P Auto bring meaningful changes you’ll feel in production. This guide breaks down what’s new versus MinarcMig Auto, which model suits which work, and how the updates show up in arc stability, parameter control, and everyday efficiency across thin sheet to more demanding applications.
Manuelles Schweißen, Innovation
What Nordic Welding Expo 2026 revealed: robotics, laser welding and the future of fabrication
The Nordic Welding Expo 2026 highlighted where welding is heading. While automation and laser welding are accelerating, the real advantage lies in workflows that deliver repeatable results under real constraints and digital traceability is becoming part of everyday production
Automatisierung beim Schweißen, Innovation
Kemppi's advanced welding processes: TIG and stick welding (MMA)
In TIG welding, process development has mainly focused on modifying the current modes in different situations. In practice, this means variations of pulse and AC welding, as well as ignition or tack welding. In the case of pulse welding, the welding machine user has numerous choices, as the adjustment possibilities for these process variations are highly versatile.
Schweiß-ABC, Manuelles Schweißen
