MAX Speed arc performance welding process
MAX Speed increases welding travel speed compared to traditional pulse or spray arc processes.
- Home
- Special Processes
- MAX Speed
Faster welding speed
MAX Speed increases welding speed compared to traditional pulse or spray arc processes.
Lower welding costs
Increased welding speed leads to lower labor and welding costs.
Clean welds
MAX Speed guarantees clean and high-quality welds in steel and stainless steel applications, leading to less need for after-treatment.
Faster welding travel speed for steel and stainless steel applications
When maximum welding speed is required, the MAX Speed tackles the challenges. It increases welding travel speed compared to traditional pulse or spray arc processes. The MAX Speed produces clean, quality welds, effectively reducing labor time and welding costs. MAX Speed is designed especially for steel and stainless steel welding applications in the PA and PB positions.
The MAX Speed welding process operates in the spray arc area and uses high-frequency and low-amplitude pulsing. The outcome is a short and energy-dense arc that produces clean and high-quality welds faster, elevating welding production and lowering labor and welding costs.
More welding speed without compromising quality
MAX Speed welding process accelerates welding travel speed, producing clean top-quality durable welds in steel and stainless steel applications.
Related blogs
How does steel welding benefit from special processes?
Welding mild steels may often be considered a simple task. However, welding these steels has specific characteristics that can make the welding process challenging.
Steel welding, MIG/MAG welding
Power and Performance for Robotic Welding
Kemppi's new robotic welding machine is significantly more efficient and versatile than its predecessors. The AX MIG Welder is designed to maximize the potential of any robotic welding system – it offers powerful uninterrupted performance, an easy-to-use interface, and high-quality welds for more productive robotic arc welding operations.
Robotic welding, Automated welding, Welding robot
More than a great weld – Kemppi sets the standard for compact MIG/MAG welding machines with the new Master M series
The new Master M series focuses on usability, bringing welding safety and productivity to a whole new level.
Manual welding, Master M, MIG/MAG welding
Safety that keeps up with welders' challenges and changing risks
Welding safety has become increasingly demanding. The hazards at the arc remain constant, but modern working conditions mean exposure can accumulate over longer shifts and in tighter indoor spaces. As a result, welding PPE needs to be treated as both protection for the welder and proof of compliance. At Kemppi, welding safety PPE is designed and validated in practice through clear requirements, welder-led feedback, and verified compliance with EU PPE Regulation 2016/425, CE marking processes, and relevant EN standards.
Eurosatory 2026 And the Future of Defence Manufacturing
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.
MIG welding, TIG welding, Defence, Future welding, Eurosatory 2026
How AI Supports Quality, Traceability, and Flexibility in Robotic Welding
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.
AI, Automation, Traceability, Robotics, AI-assisted welding, adaptive robotic welding, machine vision in welding, welding quality, data-driven welding, intelligent welding automation
