Making weld cleaning easy and cost-efficient

In welding equipment, creating a good and innovative design goes far beneath the surface. The equipment must be practical, functional, ergonomic, safe, reliable and cost-effective – while still maintaining an aesthetic appeal. Kemppi’s designers and engineers have applied user-centered design philosophy to numerous welding machines introduced since the company’s founding over 70 years ago – and most recently in the creation of the new generation MasterTig with complementary Flexlite TX TIG welding torches.

Innovation

Some metals, like aluminum, have a naturally occurring, tough surface oxide layer. That surface oxide layer must be removed to enable successful welding. In the case of aluminum alloys, the surface oxide layer has a significantly higher melting temperature (approximately 2000°C) than the melting temperature of the aluminum base material (660°C).

Svejsningens ABC

TIG welding is a commonly used welding process for metals that are considered challenging to weld, such as titanium. It is the easiest and safest method for achieving high quality with small equipment investments. However, the number of weld passes required makes TIG welding slow and laborious, and productivity suffers. The double-pulse feature of Kemppi's new MasterTig has been developed to make TIG welding more efficient.

Innovation

Svejsesikkerhed er blevet stadig mere krævende. Risikoen er den samme, men moderne arbejdsforhold betyder, at eksponeringen kan hobe sig op i løbet af længerevarende arbejdsskift og i trange indendørs rum. Det betyder, at personlige værnemidler til svejsning både skal ses som beskyttelse af svejseren og som overholdelse af regler. Hos Kemppi designes og valideres personlige værnemidler til svejsesikkerhed i praksis gennem klare krav, feedback fra svejsere og verificeret overholdelse af EU's PPE-forordning 2016/425, CE-mærkningsprocesser og relevante EN-standarder.

Sikkerhed, Svejsningens ABC

Eurosatory 2026 highlighted a clear shift in modern defence manufacturing. While defence systems are becoming more digital, networked, and autonomous, their foundation remains physical. From armoured vehicles and artillery to industrial resilience, welding quality, steel structures, and production discipline remain paramount to defence readiness.

Digitalisering, Innovation

The AITOOLS1 webinar explored how AI-assisted process control, machine vision, synchronized data, and machine learning models are advancing robotic welding automation, improving quality management, traceability, and production flexibility for demanding industrial production.

Automatisering af svejsning, Innovation, Digitalisering