Müller Martini Switzerland's Hasle Plant Introduces ABB Nine-Axis Automated Welding
2026-04-09 15:38
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en.Wedoany.com Reported - Swiss mechanical engineering parts and components supplier Müller Martini Manufacturing recently introduced an ABB robotic automated welding solution at its Hasle plant to expand existing equipment capabilities and apply automated welding to more production processes. This solution supports up to nine-axis synchronized welding, enhancing the stability, efficiency, and processing accuracy of the welding process.

Located in Entlebuch, Switzerland, Müller Martini is a highly modern industrial enterprise integrating R&D, manufacturing, assembly, and logistics. General Manager Herbert Wicki pointed out that since its founding in 1970, the company has been committed to internally meeting the demand for high-quality mechanical components. The newly introduced nine-axis synchronized technology breaks through the limitations of traditional six-axis robots in spatial coverage and welding angles.

In practical applications, the up-to-nine-axis automated welding typically involves a six-axis industrial robot working in coordination with a three-axis positioning rotary table (or linear track). This multi-axis synchronization capability allows the welding torch to reach every complex corner of the workpiece at the optimal angle, making it particularly suitable for large or geometrically complex mechanical components. Through precise algorithmic synchronization, the system can achieve smooth welding while the workpiece is continuously being turned, greatly reducing manual intervention and ensuring weld seam consistency.

ABB robotic welding cell at Müller Martini

With the implementation of this intelligent solution, Müller Martini has not only strengthened its competitive advantage as a "one-stop supplier" but also set a new benchmark for automation transformation in the Swiss machining industry. This efficient and precise production model is helping the company reach new heights in its pursuit of high-quality components.

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