Xiris Automation Inc

09/30/2026

Read the blog: https://hubs.la/Q04yDJFy0

Download the datasheet: https://hubs.la/Q04yDJy90

09/30/2026

The Evolution of Seam Tracking

Discover how Xiris combines seam tracking and advanced imaging in one unit, enhancing automated welding with reliable monitoring and accurate alignment measurements.

09/29/2026

What if seam tracking didn’t need to be separate from weld visibility?

We rethought how seam tracking could work, combining AI-powered tracking with a clear view of the torch, arc, melt pool, and seam.

→ Download the datasheet https://hubs.la/Q04yCH6w0

09/23/2026

Deep, Narrow Groove Welding is one of the most difficult types of welding to video. Sufficient light needs to be added to illuminate the melt pool and its surrounding area without the image saturating from the weld arc.

The Xiris XVC-750 Near Infrared Imaging weld camera does a very nice job of videoing narrow groove welding as seen in the attached video.

When paired with a suitable illumination device, careful optics and field-of-view selection, the key features of the weld can be clearly seen by the operator so that they can control the process.

Learn more about imaging deep, narrow groove welding by reading the blog:

How NIR Cameras Capture a Clearer Melt Pool, Cooling Bead, and Background (https://bit.ly/4AurCCL)

09/22/2026

The blue line in the image is Seam Monitor detecting the seam position through the full weld pass. That position goes to an operator dashboard or into closed-loop correction of the torch.

The hard part is keeping the seam visible once the arc strikes. Setup lighting gets overwhelmed by arc intensity, and the contrast disappears. On a MIG seamer, that means drift, rework, scrap, and an operator correcting the torch by hand next to the arc.

The XVC-750T with the XLP-850 pulsed LED keeps the contrast consistent before ignition and during welding.

Read the blog to see how it works, from setup to closed-loop control: https://bit.ly/47acKvV

09/21/2026

How to Reduce Weld Drift on MIG Seamers Without Putting Operators at Risk

Discover how Xiris Seam Monitor enhances MIG welding by reducing seam drift and improving operator safety through advanced camera-based tracking technology.

08/31/2026

August's Weld Video of the Month.
This is a top down view of a weaving GMAW process laying down a bead. This has a good view of the trailing melt pool.

Captured with the XVC-750, Xiris's NIR weld camera that combines 140+ dB HDR with Near-Infrared sensitivity — delivering high-contrast images of the melt pool and surrounding bead.

👉 Subscribe to our Weld Video of the Month: https://hubs.la/Q04vZZt20
👉 Explore the NIR Weld Camera: https://hubs.la/Q04v-0J00

08/26/2026

Not sure which weld camera fits your process? Test it.
Answer a few questions and get the best camera for your process → https://hubs.la/Q04vj0hs0

08/18/2026

That single failed weld, lasting less than 30 seconds to make, can cost a facility an entire day of output, or scrapping an entire $40,000 coil of steel.

Case Study: How Thermal Camera Monitoring Works for Mash Seam Welding:
https://bit.ly/4cO8Uf8

New Low Temperature Pyrometer Kit. Download the Datasheet: https://bit.ly/4x1hWgY

08/11/2026

Preheat gets confirmed with a crayon. A welder marks the plate, watches it melt, writes a number on the traveler, and moves on.

That reading was almost certainly correct.

The problem is what happens after it. Temperature drifts during the pass. Interpass climbs as the passes accumulate. And when a weld gets questioned six months later, there's a number in pen and nothing behind it.

The Low Temperature Pyrometer Kit adds preheat and interpass measurement to the XIR-1800. It mounts ahead of the torch, connects straight to the camera, and the readings land in WeldStudio Pro alongside the melt pool and cooling bead data.

One record, from before the arc strikes to after the bead cools.

New add-on for the XIR-1800. Specs in the comments.