WiseFusion – optimeret svejsefunktion
Den optimerede svejsefunktion WiseFusion giver en meget smal og energitæt svejselysbue, så der opnås hurtigere svejsning med reduceret varmetilførsel.
- Hjem
- MIG/MAG-svejsning
- WiseFusion
25 % mere svejsning
Svejs 25 % mere med pulseret WiseFusion.
25 % lavere varmetilførsel
WiseFusion har 25 % lavere varmetilførsel end i traditionelle MIG/MAG-svejseprocesser, så der kan spares penge pga. mindre behov for efterbearbejdning.
Optimeret svejsefunktion med højere hastighed og kvalitet samt større brugervenlighed til følge
WiseFusion giver en meget smal og energitæt svejselysbue, så der opnås hurtigere svejsning med reduceret varmetilførsel. Det fokuserede indbrændingsområde gør det muligt at svejse smalle og dybe fuger. WiseFusion sikrer fremragende indbrænding uden risiko for kærvdannelse. Smallere lysbue giver også større kontrol over svejsebadet i forbindelse med positionssvejsning. Med WiseFusion opnås der en optimal lysbuelængde, så der ikke er behov for hele tiden at foretage parameterindstillinger. Den automatiske, adaptive regulering af lysbuelængden sikrer, at lysbuen altid holder sig inden for kortslutningsgrænserne, og at lysbuetiden øges.
Svejs 25 % mere pr. år
WiseFusion gør det muligt at svejse med en markant højere hastighed og levere samme kvalitetsniveau og A-mål som med en konventionel lysbuesvejsning med spray og puls. Synergisk sammensmeltning foregår 20 % hurtigere end med 1-MIG- og pulssvejsning og tilmed 38 % hurtigere end med konventionel pulssvejsning.
Optimeret svejsefunktion med højere hastighed og kvalitet samt større brugervenlighed til følge
Den optimerede svejsefunktion WiseFusion giver en meget smal og energitæt svejselysbue, så der opnås hurtigere svejsning med reduceret varmetilførsel. Det fokuserede indbrændingsområde gør det muligt at svejse smalle og dybe fuger. WiseFusion sikrer fremragende indbrænding uden risiko for kærvdannelse.
Minimeret varmeinput
Den høje energitæthed i WiseFusion minimerer varmeinput, hvilket forbedrer slagsejheden for højstyrkestål og reducerer deformation og dermed behovet for opretning.
Relaterede blogs
Welding industry – 6 ways to save energy
The energy crisis is real, and it is here now. It affects the energy-intensive welding industry because welding refers to the uniting or fusing of pieces by using heat and/or compression so that the pieces form a continuum, thus consuming plenty of energy. How can we cut energy consumption in the welding industry? Unless we're prepared to weld by candlelight, we cannot simply refuse to weld until the energy crisis is over. But there is a solution, small changes to daily work can result in significant energy savings in the long run.
Energy saving, Industrial welding, Welding process, Welding production
Welding value with X5 FastMig
Small improvements in welding efficiency can positively influence overall productivity and establish valuable cost savings. By investing in robust, reliable, and versatile equipment, you can improve and better manage welding project costs.
Ergonomics, Industrial welding, WeldEye, Welding cost management, X5 FastMig
Digitalization has marked Kari Kemppi's eventful career
Kari Kemppi, who just retired this summer, has seen in his 40 years of work how an arc welding equipment manufacturing company founded by his uncle Martti Kemppi has become an international pioneer in the welding industry.
Arc welding, Welding management software, Welding technology, History, Product development
Pioneering is a state-of-mind – now and 25 years ago
Experimenting with different ideas, fast and small, then scaling up boldly and even faster - this is my experience of pioneering after a couple of months as Chief Digital Officer at Kemppi. Experimenting was present at Kemppi already 25 years ago, when we developed a new, numeric way to manage arc characteristics and invented the first digital welding power source in the world.
Cloud service, IIoT, Industry 4.0, Internet of welding, IoT, History
Elevating welding safety: How ADF and DIN shades transform protection and precision
In welding, the human eye is constantly exposed to extreme conditions. The welding arc generates intense light, ultraviolet (UV), and infrared (IR) radiation, all of which can cause severe and permanent damage if not properly shielded. While traditional helmets relied on fixed shade lenses, advancements in Auto-Darkening Filter (ADF) technology have revolutionized how welders balance protection, visibility, and precision.
Welding safety, Welding helmet, Welding respirator system
Kemppi’s Cobot Solution: Practical automation for modern welding needs
The welding industry is under constant pressure to improve productivity, maintain high quality, and address a growing shortage of skilled labor. Collaborative robots, or cobots, provide a flexible and efficient way to automate welding tasks without fully replacing the human operator. Kemppi’s cobot solution stands out with its unique approach: a practical, cost-effective combination of proven hand-welding technology and smart integration tools.
Cobot welding, Automated welding, Industrial welding
Eila Hiltunen – The Poetry of Material
Eila Hiltunen (1922–2003) was one of the most internationally renowned Finnish sculptors of her time. She extensively used welding in her artworks, a technique she mastered in the late 1950s.
Welding art, Steel welding
