Just weld it
Pioneer and Reliable Partner in Laser and Arc-Welding
Claudia Schemann shares some interesting und unknown facts about the Robot & Welding department.
Written by
Claudia Schemann
Sales & Marketing
A time ride
Panasonic was founded in 1918 in Japan by Konosuke Matsushita. Since then, Panasonic has constantly developed new technologies and continued to grow its business. In 1957, the Robot & Welding sector was founded with the first arc welding machine.. However, did you know…?
Robot & Welding initially started with manual welding equipment, and then started with the development of welding robots since the 80s. Continued with system controller and full digital welding units in the beginning of the 2000s. Several arc welding technologies and systems have been invented and released to the market in the meantime. A great achievement and development for the industry is the LAPRISS Robotic Laser Welding unit unveiled in 2016.
Laser Welding
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. The system uses Panasonic’s direct diode laser - a worldwide unique laser source with a wavelength of 975 nm-, which is applicable to metal cutting and welding, as well as the rapidly growing next generation thermal processing fields such as 3D printing, surface processing, and multi material processing for (non) ferrous metals.
Panasonic’s patented Wavelength Beam Combining (WBC) technology produces direct diode lasers with high power and a superior beam quality. The laser has unmatched performance in welding and cutting. It also simplifies manufacturing processes by delivering wider process windows, minimizing weld spatter, and increasing processing speeds. However, did you know…?
LAPRISS’ laser head is lightweight and compact with only 4.5 kg - comparable to 3 average weight pineapples. An advantage of this low weight is to allow the laser head to be mounted to the high-speed compact Panasonic TM series of robots. The result is a complete system with unique compactness and a seamless interface between the process and automation components. Furthermore, servo-motor-adjustable water-cooled lenses are installed within the laser head, which allow for new weld seam geometries without additional robot movement (Trepanning) These lenses are protected with a Φ3cm glass, which can be exchanged very easily, inexpensively and without tools.
TAWERS
Faster, better and worldwide unique. The idea behind TAWERS is based on the “fusion technology” contained in TAWERS, whereby the robot controller is fused with the welding power source controller. All control parameters such as data processing and programming sequences for the welding power source, the wire feed and the robot are combined on a 64-bit CPU PCB. This technology enables up to 250 times faster communication, eliminating virtually any delay in information flow between the individual components. The result is unique and allows many special functions to increase the quality and productivity of TAWERS, e.g., SP-MAG, lift start and lift end, automatic wire distance control, welding data monitoring, collision detection etc. However, did you know…?
TAWERS is the abbreviation for “The Arc Welding Robot System” and was released in 2005 with the TA-1400WG industrial robot. Clearly stated with the TAWERS concept, Panasonic Robot & Welding provides all technology combined - all from one manufacturer.
630 km - one purpose
The European Robot & Welding headquarter is located in Neuss near Dusseldorf and offers a big training room, a welding test area and forms herewith the center of excellence for robot and welding systems. However, did you know…?
About 630 km southeast of Neuss is the Panasonic Campus Munich, which offers a variety of Panasonic technologies to experience - including a Robot & Welding demo room. With demand for precision welding in areas such as the manufacturing, construction and automotive industry on the rise and a shortage of skilled human labour, the robot and welding systems at the Panasonic Customer Experience Centre are in high demand. Here visitors can get close-up to and even test the range of systems from Panasonic Factory Solutions.
We hope to welcome you soon in Munich or in Neuss!
Read more insights…
blog
Unmasking the Truth: Debunking the Biggest Myths in Electronics Manufacturing
Within every industry, rumours and myths are a common thing. But how do we know what’s real? Let’s clean up with some of the biggest myths within the electronics manufacturing industry!
blog
Unleashing the Future of Welding
In the dynamic realm of industrial automation, the race towards enhanced efficiency, precision, and connectivity is relentless. The welding industry, a cornerstone of manufacturing, is witnessing revolutionary advancements that promise to redefine its future. The new generation Panasonic G4 is the latest robot controller designed to elevate welding standards in speed, quality, safety, and connectivity.
Case Study
From Efficiency to Sustainability: Incap’s Strategic Move to Advanced SMT Machinery in the UK
As a contract manufacturer, Incap must address a wide variety of technical aspects to support their customers’ requirements. Their aim is to contribute to reducing the environmental impact and improving their operational efficiency at the same time.
article
Panasonic Increases Operational Efficiency & Production Capacity For Incap UK
Two AM100 placement machines and NPM-GP/L high-precision printer have increased Incap UK’s overall production efficiency by 33% through quicker machine placement and high-resolution vision recognition systems.
Sorry there was an error...
The files you selected could not be downloaded as they do not exist.
You selected items.
Continue to select additional items or download selected items together as a zip file.
You selected 1 item.
Continue to select additional items or download the selected item directly.
Share page
Share this link via:
Twitter
LinkedIn
Xing
Facebook
Or copy link: