Combined design and welding competence
The medium-sized company is not only known for its immense flexibility in high-quality contract manufacturing work, but also supports the development of new products and prototypes that are ready for series production. Aluminum, steel, stainless steel, brass, and copper are welded in different sheet thicknesses. Dedicated professionals, Solid Works 3D software, and high-quality machinery including laser, rolling, and bending systems, as well as digital high-tech welding systems are all available for this purpose. Many of the often challenging tasks begin with extensive feasibility checks, during which the experienced FERRUM.AT experts evaluate the weldability of components in terms of design, material, and dimension, the suitability of welding processes, or the effect of welding sequences on component distortion. Even complex clamping devices are designed.
The cross-industry service and product portfolio is extremely broad and ranges from outdoor facilities to roof components, facade and steel construction elements, pressure vessels, machine and wagon components, and designs for bridge construction. The company welds for customers from Germany to Greece.
MIG/MAG & TIG—two welding systems were one too many
Time and again component accessibility, material, and design require that individual components be welded using both the MIG/MAG and TIG processes at FERRUM.AT. Before the newly acquired multifunctional welding systems from Fronius were used, two different device types were required: one MIG/MAG and one TIG. The space needed was enormous, and the constant switching between the two welding systems was inefficient. Therefore, they had been looking for efficient and reliable multifunctional welding systems for quite some time. These systems should provide significant time savings and therefore increase efficiency, without compromising on welding quality and causing downtimes.
As a long-standing Fronius customer, the Ennsdorf-based metalworking company was one of the first to test the new iWave AC/DC 400i digital multiprocess device for a month, and the result was impressive. The metalworking company did not have to lower any of their expectations—neither in terms of operation nor the welding results, quite the opposite:
“We now have two unrivalled machines that allow us to rapidly switch between the two welding processes of MIG/MAG and TIG,” says managing director Hannes Holl enthusiastically. “At the same time, we benefit from a considerable time saving, paired with a huge increase in convenience and weld quality. This represents our next step forward as a company. Stagnation is not an option to remain competitive.”
FERRUM.AT increases productivity
The ultra-fast SpeedNet communication between the system components in combination with the high computing power of the iWave enables the use of new advanced welding processes that lead to excellent weld results. Innovative functions such as CycleTIG (for TIG) or PMC (Pulse Multi Control for MIG/MAG) stabilize the arc, optimize the droplet detachment, and reduce the heat input, while at the same time ensuring high deposition rates and constant penetration.
The gap-bridging ability is exemplary, with gap tolerances being automatically compensated for. Even for out-of-position welding, such as in the case of vertical-up seams, 100% control of the weld pool is assured. Higher welding speeds shorten cycle times and significantly increase the already high productivity of these metalworking professionals—all in the interest of FERRUM.AT customers, who benefit from faster lead times.
The visually perfect welds also help to shorten the manufacturing time by preventing time-intensive rework such as removing spatter or grinding off weld reinforcements and, in turn, promoting resource-conserving work.
Time savings of up to 50% when tacking
With the help of the tacking function, the weld pool briefly oscillates at the beginning of the welding process. As a result, tacking takes place in a single step because both component edges merge beautifully—without burning the edges. Very little to no temper coloration occurs at the tacking points. In addition, the filler metal is not required for air gaps up to 1.5 mm. Particularly for chrome-nickel and steel applications, the tacking function leads to a significant increase in efficiency.
When a welding system thinks for itself
Top-quality manual welding requires years of experience and dexterity. This is especially true for TIG welding. The more intuitive and convenient a welding system is to operate and the more it supports welders with their welding work through intelligent functions, the better they can focus on the actual task: the perfect weld result. The iWave makes things much easier for the professionals at FERRUM.AT. The menu navigation is self-explanatory and available in more than 30 languages. Operating the touch display and adjustment wheel even while wearing gloves is easily possible.
“RPI auto” takes TIG welding ignition behavior to a whole new level. Adapted to the different electrode diameters, this function enables fast and reproducible ignition without any manual adjustment of the ignition parameters, regardless of the material characteristics.
If the professionals at FERRUM.AT want to repeat certain welding parameters, they can create “Jobs” in the iWave and subsequently call up to 1,000 of them on the JobMaster welding torch. This eliminates the need to move back and forth between the component and the welding system as soon as new welding parameters are needed. Recurring jobs can be saved in iWave as favorites, five of which can be set as so-called “Easy Jobs” on the welding torch. This is an enormous gain in convenience for welding tasks that have to be performed over and over again.
Depending on the job, the iWave itself recognizes when it has to change from MIG to TIG for certain applications and vice versa. It automatically changes the necessary parameter settings and lowers the main current slowly and in a controlled manner for a clean weld toe. All these functions support the welding professionals in achieving the desired weld seam quality.
Above all, welding engineer Stefan Aumayr would not want to be without the handy WeldConnect app: “As soon as I enter the base material, filler metal, shielding gas, weld seam profile, and the desired speed into the app, I receive sensible welding parameters for the next welding task in a split second. I then transfer these from my cellphone to the iWave via Bluetooth in no time. If I’m still not satisfied with the weld result, I only need to do some finetuning. My many years of experience help me with this. I save the welding parameters found this way in the iWave and can access them at any time. I simply make the selection on the JobMaster welding torch when I need it.”
Ready for large tasks at any time
At FERRUM.AT, the focus was on development from the start. Within twelve years, the company evolved from a small contract manufacturer to a renowned, nationally known, and sought-after partner for high-quality welded constructions. There are hardly any limits in terms of components and industries. The company is certified according to EN 1090-1EXC3, ISO 3834-3, and EN 15085-2.
“We rise to just about any challenge. This is also in the interests of my employees, of whom I am particularly proud and on whom I can rely one hundred percent. They are with me through thick and thin. They also don’t shy away from any task, no matter how difficult it may be, quite the opposite: they seek it out,” explains Holl.
Welding is carried out in accordance with a WPS (welding procedure specification), which is usually prepared by in-house experts or by the company’s own welding coordination personnel for the individual tasks. And when it comes to expanding skills and the range of services offered, they do not shy away from either welding or process tests, true to the motto “Stagnation is not a recipe for success!”
Holl concludes: “In addition to professional qualifications, the health of my staff is of great importance to me. That’s why we provide the best personal protective equipment possible, such as respiratory protection systems with a fan filter unit, and I meticulously make sure that it is actually being used.”