Roboter- und Schweißsystemlösungen
Pionier und zuverlässiger Partner im Schweißen seit 1957
Komplette automatisierte Schweißanlagen für das Lichtbogenschweißen
Das umfassende Sortiment an Schweißrobotern von Panasonic unterstützt MIG / MAG / WIG-Schweißprozesse. Wir bieten schlüsselfertige Komplettlösungen für die Automobilindustrie und die allgemeine Industrie.
"Alles aus einer Hand"-Systeme inklusive Roboter, Robotersteuerung, Schweißstromquelle und Servodrahtvorschub.
European-wide support and partner network
Panasonic Robot & Welding Europe has been a leader in welding technology since 1957, delivering advanced MIG, MAG, TIG and robotic welding solutions for manufacturers across Europe. Headquartered in Neuss, Germany, our state-of-the-art training and welding test center serves as a hub of excellence for automated welding systems, application development and customer training.
With a strong European partner and support network, we provide local expertise, fast service and tailored solutions to meet regional manufacturing needs. Following our "All From One Manufacturer" approach, we deliver complete automated welding systems including welding robots, power sources and torches. Our fully integrated solutions eliminate interface challenges, ensuring reliable, high-quality welding performance for the automotive industry and general manufacturing alike.
Ihre Vorteile. Unsere Expertise.
Unsere schlüsselfertigen Lösungen für Ihre effiziente industrielle 4.0-Fertigung.
Alles aus einer Hand
Weltweit führende Panasonic-Technologie in einem: vom Servovorschubdraht über die Robotersteuerung bis hin zur Schweißstromquelle und dem Roboter bis hin zu Software, Schulungen und Serviceangeboten. Ein Partner für Ihre Effizienz.
Our Insight into the world of Robot & Welding
Discover the stories behind our most innovative solutions. Explore featured products and customer success stories that showcase real-world impact, measurable results, and industry-leading expertise.
Article
DIE HOPF GMBH STEIGERT DIE PRODUKTIVITÄT UND SCHWEISSQUALITÄT MIT DEM PANASONIC-SCHWEISSROBOTERSYSTEM
Die Panasonic TAWERS-Technologie sorgt bei der Hopf GmbH für eine höhere Produktivität, eine gleichbleibende Schweißqualität und reduzierte Ausfallzeiten, da sie Fertigungsprozesse zukunftssicher macht und automatisiert.
Article
STADLER STEIGERT EFFIZIENZ MIT AUTOMATISIERTEM SCHWEISSROBOTERSYSTEM VON PANASONIC
Das TAWERS G4 Schweißrobotersystem automatisiert manuelle Schweißprozesse mit höheren Achsgeschwindigkeiten und optimierter Verarbeitungsleistung. Dies verkürzt die Zykluszeiten, was die Produktivität und Skalierbarkeit deutlich erhöht.
Article
PANASONIC PRÄSENTIERT DAS NÄCHSTE LEVEL DES ROBOTERSCHWEISSENS AUF DER SCHWEIßEN & SCHNEIDEN
Panasonic stellt All-in-One-Roboterschweißplattform vor – Hersteller profitieren von neuen Prozessen und fortschrittlicher Software.
Article
NEW TAWERS G4 WELDING ROBOT SYSTEM HELPS AUTOMOTIVE MANUFACTURER MEET DIGITISATION GOALS
Panasonic’s TAWERS G4 Welding Robot System enables Thyssenkrupp Bilstein to increase the speed, flexibility and usability of its Romanian damper production line.
Zeige 4 von 5
Blog
Schweißermangel in Deutschland: 10 Wege, wie Automatisierung Fachkräfte gezielt entlastet (Teil 2)
Der Fachkräftemangel im Schweißbereich ist längst keine vorübergehende Herausforderung mehr. Bereits heute fehlen in Deutschland mehrere Tausend qualifizierte Schweißer – mit spürbaren Auswirkungen auf Lieferzeiten, Produktionskapazitäten und Wettbewerbsfähigkeit.
Blog
Wie Automatisierung den Engpass entschärfen kann: Mehr als 5.000 Schweißer fehlen in Deutschland – Teil 1
Während in einigen Branchen durch AI gerade Arbeitskräfte freigesetzt werden, kommt der Fachkräftemangel in anderen Bereichen erstmalig so richtig und auch schmerzhaft an.
Blog
Zinc-Coated Steel Welding: Clean Processes for Tough Challenges
Zinc-coated steel is widely used in automotive and construction industries due to its excellent corrosion resistance. However, welding zinc-coated material introduces additional challenges. The zinc layer can vaporize during welding, leading to increased spatter, blow holes, and inconsistent penetration if not properly controlled.
Blog
Aluminium Welding Applications — Precision Meets Versatility
As industries continue to focus on lightweight design and energy efficiency, aluminium has become an increasingly important material in automotive, transportation, and consumer products. Its low weight and high strength offer clear advantages — but welding aluminium remains technically demanding.
Blog
Stainless Steel Welding Applications: Precision Where It Matters Most
Stainless steel plays a vital role in applications where corrosion resistance, hygiene, and long-term durability are essential. It is widely used in automotive exhaust systems, energy equipment, consumer products, and industrial vessels — but welding it successfully requires careful control of heat input and arc stability.
Blog
Steel Welding Applications: Reliability You Can See
Steel remains the backbone of modern manufacturing. From automotive components and industrial machinery to construction and infrastructure, it is the material most commonly welded - and often under the highest expectations for strength, consistency, and productivity.
Blog
Shaping the Future of Robotic Welding: My Experience at Schweisstec 2025
As part of the Panasonic Robot & Welding team, I had the opportunity to support our presence at Schweisstec 2025 in Stuttgart, held from 21–24 October at the Stuttgart Exhibition Centre. For us technicians, Schweisstec is always a key event - it’s where real production challenges meet real solutions, and where technical discussions go beyond theory.
Blog
Redefining Welding: How Panasonic is Shaping the Future of Automation at Schweißen & Schneiden 2025
The welding industry is at a turning point. Rising material costs, mounting throughput demands, ambitious sustainability goals, and the global shortage of skilled welders are forcing manufacturers to rethink their production strategies.
Blog
Innovations in Sheet Metal Working Technology: That was EuroBLECH 2024
The EuroBLECH 2024 fair, held in Hannover, Germany, once again established itself as the premier event for the sheet metal working industry. As the world's largest exhibition in this sector, EuroBLECH brought together industry leaders, innovators, and professionals from around the globe to showcase cutting-edge technology, exchange ideas, and discuss the future of sheet metal working.
Blog
Unleashing the Future of Welding
Im dynamischen Bereich der industriellen Automatisierung ist der Wettlauf um mehr Effizienz, Präzision und Konnektivität unerbittlich. Die Schweißindustrie, ein Eckpfeiler der Fertigung, erlebt revolutionäre Fortschritte, die versprechen, ihre Zukunft neu zu definieren. Die neue Generation Robotersteuerung, der Panasonic G4, wurde entwickelt, um die Schweißstandards in Bezug auf Geschwindigkeit, Qualität, Sicherheit und Konnektivität zu erhöhen.
Blog
From Ancient Artistry to Technological Mastery
The evolution of the latest generation of robot welding systems draws on a long history in Japan of incredible innovators renowned for their attention to detail, precision and quality.
Blog
Just Weld it!
Just Weld it! Can be seen in large lettering across the wall as you enter the Robot and Welding area at the Panasonic Customer Experience Centre in Munich, Germany. And it’s a message the global industry is taking to heart with the welding market predicted to be worth more than €28 billion by 2028 – a compound annual growth rate of 4.6% driven by demand for advanced technology welding services, according to Fortune Business Insights.
2026
Case Study
Technologie, die ankommt: neue Produktionschancen und -möglichkeiten bei Hopf GmbH mit dem ARCentre Schweißroboter unseres Partners ERL
Die Anforderungen in der metallverarbeitenden Industrie steigen rasant: komplexere Werkstücke, wachsender Zeitdruck und ein spürbarer Fachkräftemangel stellen Unternehmen zunehmend vor Herausforderungen. Die Hopf GmbH begegnet dieser Entwicklung jetzt mit einem klaren Schritt in Richtung Zukunft – und investiert konsequent in moderne Automatisierung.
2025
Case Study
Vom Manuellen Schweißen zur Automatisierung
Bis vor Kurzem erfolgte das Schweißen an vielen Bauteilen noch manuell, bzw. auf veralteten Roboteranlagen, einige mussten aufwendig mit Wendevorrichtungen am Kran gedreht werden, was den Produktionsprozess verlangsamte und kostenintensiv machte.
2025
Case Study
Caring for Care – mit einer cleveren Schweiß-Produktionslinie
Die neueste Produktionslinie soll vier Alternativen desselben Produkts herstellen, idealerweise ohne Anlaufzeit, mit perfekten Schweißergebnissen und ohne Fehlertoleranz.
2024
Case Study
Wegbereiter für die Digitalisierung der Stoßdämpferfertigung
Steigerung der Geschwindigkeit, Flexibilität und Bedienerfreundlichkeit einer Produktionslinie von thyssenkrupp Bilstein durch ein Retrofit-Upgrade auf das neue Panasonic TAWERS G4 Schweißrobotersystem.
Robot Systems & Solutions
Product
TAWERS WG4 Arc welding system
Product
TM series
Panasonic presents the TM Welding Robot Series, this being the all new and unique generation of robots. Customers have the possibility to decide freely whether to use an externally or internally mounted torch cable to match requirements of their applications. Additionally the robot series benefit from a highly rigid arm structure and an improved and efficient servo motor, which provides an enhanced harmonious movement for the positioning of the welding torch. With an all new high resolution encoder working in combination with the highly rigid arm, the TM robots provide improved path accuracy. Through this the TM robot fits optimally the requirements of a flexible and efficient welding process.
Product
TL series
The new developed TL Robot series by Panasonic has the opportunity to work in a 2 meter working area for wide and maximum reachable welding procedures. With the efficient and rapid mechanical system this robot is the fastest robot on the market. Compared to former products the speed of the major axis is adjusted to its maximum. An integrated wire feeder and an optional usable wire guiding are only two outstanding advantages of the new Panasonic robot model. The new torch design allows an optimal adjustment of the welding torch according to the installed TCP-properties. Through this an improved path accuracy and therefore an optimal welding result can be achieved.
Product
TS series
External cable management systemExternal torch cable and wire (+) Big and therefore good wire curvature (-) Large interior due to cable weight and movement Through-arm cable management systemTorch cable and wire through the hollow shaft (+) Small interior due to outside lying cables (-) Problematic wire management
Product
Handling-Roboter
Die Panasonic Handling-Roboter bieten innerhalb der bestehenden Roboterproduktpalette ein zusätzliches Anwendungsfeld.
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TT Series
The Panasonic arc welding robot cell TT (Table-Table) is of a modular concept, developed using standard reliable Panasonic components.
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ET Series
The Pansonic arc welding robot cell ET (Electrical Turntable) is a modular concept, developed using standard reliable Panasonic components.
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H-Frame Series
The Panasonic arc welding robot cell H-frame is developed to meet requirements of various industry applications.
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FW Series
The Panasonic arc welding robot cell FW-3PD (with 3 external axes PanaDice) is of a modular concept, developed using standard reliable Panasonic components.
Accessories and Software
Product
Welding torches
Product
Positioner
Panasonic RJB, RJR and RJC-Series positioners are built to move in harmony with robots and are designed for maximum flexibility to meet the needs of your applications.
Product
AC servo motors
With the help of AC Servo Motors the functionality of positioners can be increased and furthermore additional applications are possible. A flexible solution from Panasonic! The AC-Servo Motors are free programmable and help improve synchronism with robots, enables smoother movement, and enhances productivity.
Product
IWNB
Visualization by IoT enables improved productivityand quality and enhanced traceability.
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DTPS – Desktop-Programmierung und Simulationssoftware
DTPS (Desktop Programming & Simulation System) ist Panasonics fortschrittliche PC-basierte Software, die entwickelt wurde, um die Programmierung, Simulation und Verwaltung von robotischen Schweißsystemen zu optimieren.
Product
Bead Eye - Visual Inspection System
The new Bead Eye is a visual weld inspection system - both hard- and software solution.It offers improved traceability through full automation of manual visual inspection. Due to the automation process a labor saving is achieved - the visual inspection previously carried out by the operator is no longer necessary leading to a reduction in the operator‘s workload. Traceability is also improved. The newly developed automated inspection assesses the weld geometry and collects the inspection data for further processing.
Service & Support
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Steel - Welding Application
Panasonic offers a versatile range of CO₂, MAG, and MIG welding systems engineered for steel fabrication, delivering precise, high-strength welds essential for the durability, structural integrity, and performance of steel components across industrial sectors.
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Stainless Steel - Welding Application
Panasonic provides a range of advanced CO₂, MAG, and MIG welding solutions specifically designed for stainless steel applications, offering high precision, low spatter, and reliable weld quality to meet the demands of industrial manufacturing and automation.
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Aluminium - Welding Application
Panasonic offers a range of advanced MIG and TIG welding machines specifically designed for aluminum applications, combining high-performance digital control systems with precision arc technology to deliver consistent, high-quality welds across a variety of aluminum alloys and thicknesses.
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Zinc-coated Steel - Welding Application
Panasonic offers advanced welding solutions for zinc-coated steel, designed to minimize issues such as spatter and defects. Their Super Active TAWERS system, with optional Zi-Active software, enhances weld quality by effectively reducing spatter and blow holes, resulting in cleaner and more precise welds.
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TAWERS MIG-Schweißprozesse
MIG-Schweißen (Metal Inert Gas) liefert hervorragende Ergebnisse für Aluminium und andere Nichteisenmaterialien und bietet hervorragende Lichtbogenstabilität, ein glattes Schweißbild und hohe Abscheidungsraten.
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TAWERS MAG Schweißprozesse
MAG-Schweißen (Metal Active Gas) ist das bevorzugte Verfahren für eine Vielzahl von Stahl- und Edelstahlanwendungen.
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TAWERS TIG-Schweißprozesse
TIG (Wolfram-Inertgas), auch bekannt als WIG-Schweißen, ist das bevorzugte Verfahren, bei dem Schweißqualität, Präzision und Aussehen entscheidend sind.
Meet our Experts
The specialists behind our insights, technical articles, and industry knowledge.
Partner Network
Where to find us
Panasonic Connect Europe GmbH
Factory Solutions Europe
Robot & Welding Systems Europe
Jagenbergstrasse 11a
41468, Neuss, Germany
Phone: + 49 (0) 21 31 / 6 08 99 – 0
E-Mail: pwse.sales@eu.panasonic.com
FAQ
We are there for our customers even after completion of the purchase. By using one of our systems, you have opted for a premium product that also allows you to benefit from our customer service. From spare parts, maintenance, repairment, upgrades, trainings and welding applications – we are here for you. Read more: Service for Robot & Welding | Panasonic Connect
The latest generation robot controller G4 is now available for versatile features, global standards, seamless connectivity, next-generation welding performance and for boosting uptime with enhanced maintenance functions. Read more: TAWERS G4 Controller | Panasonic Connect
All-From one Manufacturer concept: Robot and controller fused with welding power source and servo wire feeder to one unit. Faster, better and worldwide unique. All from one manufacturer that pays off.
TAWERS stands for “The Arc Welding Robot Solution” and combines robot and controller with welding power source and servo wire feeder. Read more: https://eu.connect.panasonic.com/gb/en/tawers-arc-welding-robot-system
Panasonic Robot & Welding offers the LAPRISS laser welding technology. LAPRISS (Laser Processing Robot Integrated System Solution) uses the Panasonic servo control technology for controlling the laser trepanning head to generate several welding pattern and beam functions. This technological advantage makes the laser head extremely compact and lightweight.
MIG, MAG, TIG and Laser welding for Steel, Stainless Steel, Aluminum, Kupper, Galvanized Steel and customized material requirements.
Panasonic has more than 150 welding tables for various materials. The welding tables are constantly expanded and tailored to customer requirements. Additionally, with the TAWERS technology, Panasonic has the ability to intervene directly in the welding process through direct communication between the robot, controller, wire feeder, welding power source, and servo-controlled torch. This allows for a particularly stable, spatter-free arc.
TAWERS offers all these welding processes:
- Hyper DIP Pulse (HD-Pulse)
- MIG Synchron Pulse
- Super Active Wire Process (S-AWP)
- Heat Balance Control
- Pulse Stitch Welding
- Pulse Mix Welding
- High Power (HP)
- Braze
- Spiral Weaving
- Tandem Welding
- Zinc-Coated Steel (Zi-tech)
- Thick Plate Welding
- Etc.
It is possible to see our welding robots in action during events or permanently in our technical center for test welding in Neuss, Germany. Request a test welding or an onsite visit here.
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