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Top quality for every weld and every material: thanks to new technologies, iWave offers advantages for more targeted heat input, significantly improved ignition, and therefore maximum control over the arc.
Cold wire TIG welding made easy: with DynamicWire, key challenges of TIG cold-wire welding, such as gap bridging and quickly identifying the right parameters, are incredibly simple. Process control is elevated to a new level.
Need a system that can master the full array of welding challenges? If so, iWave Multiprocess PRO is the perfect choice: in addition to offering every imaginable TIG function, it also accommodates all MIG/MAG welding process variants.
iWave Automated
Gap bridging up to 30% possible
The DynamicWire feeding system automatically adjusts the wire feed speed to the current conditions during welding. The wire is always supplied in the exact quantity required, allowing air gaps of up to 30%* to be compensated for and welded.
* in relation to the material thickness
Maximum control of the weld pool
CycleTIG allows you to control the arc, in turn giving you maximum control over heat input. Short welding times allow you to keep the weld pool safely and easily under control, making it simple to weld even the thinnest materials.
Up to 71% less ignition delay
Our RPI auto intelligent ignition function offers fast and, above all, reproducible ignition—without any manual adjustment of the ignition parameters and with any material properties.
One system for every process
Complete freedom during automated welding: with iWave Multiprocess PRO, you can use all MIG/MAG process variants in addition to all TIG functions with a single machine. The modular concept allows you to individually expand your high-tech welding machine platform with the Standard, Pulse, PMC, LSC or CMT welding packages.
Z-triggering in minus direction
Improved seals on the new CrashBox prevent the ingress of dirt, meaning that this has no influence on the accuracy of the TCP (Tool Center Point). In the event of collisions, the option of Z-triggering in the minus direction is also advantageous.
One interface for every process and a uniform process image
Thanks to the standard high frequency resistance, all existing interfaces of the TPS/i welding systems can now also be used for iWave or TIG welding without additional hardware. There is now one interface for every process, including a uniform process image.
Active wire control—automated TIG cold-wire welding made easy
Despite its advantages, automated TIG cold-wire welding presents various difficulties. Finding the right welding parameters is a key challenge. With DynamicWire, you only have to set one parameter: the rest are stored using material-specific characteristics.
The innovative advantage of Fronius TIG DynamicWire compared to conventional continuous wirefeeding in cold wire systems lies in its automatic self-regulation. The welding machine actively adjusts the wire speed to the current conditions. Air gaps of up to 30%* can be welded with DynamicWire—previously almost impossible with cold wire TIG welding.
More about TIG DynamicWire
The TIG DynamicWire Welding Package can be quickly added to automated iWave systems with a cold-wire feed from 300i-500i. Simply activate the software and get welding!
The result? Perfect welds every time. Existing iWave cold-wire systems can be easily upgraded with the patented TIG DynamicWire Welding Package through software activation.
The advantages for you:
* in relation to the material thickness
Complete flexibility—One welding machine for all processes and process variants
No matter whether it’s with TIG or MIG/MAG welding, the iWave 300i, 400i, or 500i and the Multiprocess PRO hardware option give you complete freedom in your welding production. The main difference compared to conventional multiprocess systems: in addition to all high-tech TIG functions, you also have access to every process variant from the field of MIG/MAG welding.
Equipped with the right peripheral components such as welding torches and wirefeeders, you can put together the precise functions you need from the modular welding packages Standard, Pulse, PMC, LSC, CMT, PMC AC, and CMT AC. Additive manufacturing is also possible with the iWave.
Our solution for even lower heat input during MIG/MAG welding
The CMT AC process achieves a remarkably low heat input with the same deposition rate by reversing the wire movement and the polarity of the wire electrode. With this technology, you can easily adjust the positive and negative components with the help of correction parameters and thus achieve extremely precise control over the heat input.
/ CMT AC is the process with the lowest heat input
/ Excellent gap-bridging ability
/ Ideal for additive welding
/ Highly controllable heat input, especially for additive manufacturing processes
/ Gleaming welds due to reduced magnesium oxides (for AlMg wires)
/ Process with the lowest welding fume emissions
The SmartManager is a web-based solution in the field of welding technology. As part of the welding system, the SmartManager provides advanced setting options.
Data acquisition and control minimizes downtime and provides detailed insights into the performance of the welding system.
Efficient management made easy
Complete control: the integrated authorization system allows you to assign individual permissions to each user. Thanks to NFC, when someone logs in with a key card or fob, the system immediately knows what they are (and are not) allowed to do. And if you want the perfect solution for assigning and administering authorizations for multiple welding machines centrally, you need look no further than our Central User Management.
iWave takes TIG welding ignition behavior to a whole new level. The high frequency ignition process has been optimized and the ignition behavior adapted to the different electrode diameters.
Are you looking for a faster ignition process that is fully reproducible—regardless of the material characteristics involved? If so, iWave offers an off-the-shelf solution in the form of RPI auto. The new ignition mode is the next logical step in the development of the proven “RPI on” function. The welding machine now makes changes to the ignition settings automatically, including when it’s necessary to counter deteriorations in ignition—and without any need for manual intervention.
* Only for iWave AC/DC
** Compared to RPI off, test series conducted under laboratory conditions: 200 A welding current | 0.5 s welding time | CrNi | 1000 ignitions
| Evaluation overview | RPI off | RPI on | RPI auto |
| Reproducible ignition | •• | ••• | •••• |
| Lowest ignition delay | ••• | • | •••• |
| Lowest electrode load | ••• | • | •• |
| Gentle action on the weld surface |
•••• | •• | ••• |
Pulse currents are used to make the weld pool oscillate. This makes it easier to tack components together and reduces tacking time, leaving hardly any or no temper colors on the tacking points.
Save time: use this function to quickly form a cap based on the set electrode diameter.
Example: Electrodes with Ø 1.6 mm
| Time required (without function): |
91 seconds |
| Time required (with function): |
2 seconds |
| Savings: |
~ 1.5 minutes |
| 8 times per day |
~ 12.0 minutes |
| 5 days/week | ~ 1 hour |
| 40 weeks/year |
~ 40 hours |
Savings: One working week per year and per welder.
Weld however you like: for AC welding, iWave allows you to select the waveforms yourself. In other words, the ones that characteristically produce your preferred weld properties for the welding task at hand. If necessary, you can also combine different waveforms.
Ideal for thick components or for filling and final runs.
Ideal for a thick oxide layer when working with aluminum alloys.
Active Wave technology reduces arc noise by up to 10 dbA and is suitable for universal use.
Ideal for root passes.
Ideal for corner welds, filling and final runs, and overlay welding.
Ideal for butt welds on CrNi steels up to approx. 3 mm.
Ideal for Active Wave technology, reduces arc noise by up to 10 dbA and is suitable for universal use.
Welding without oxidation: to achieve this, iWave provides a gas shield for the tungsten electrode and the weld. The gas post-flow time is calculated automatically, depending on the set welding current and the electrode diameter.
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