WHY AUTOMATE YOUR FAB SHOP WITH A COLLABORATIVE ROBOT?

We read article after article stating the biggest problem for fab shops is the difficulty filling skilled-labor jobs.  In May of 2017, Industry Week posted that an estimated 2.7 million jobs are likely to be needed as a result of retirements of the existing workforce, while over 700,000 jobs are likely to be created due to natural business growth.  The article continues to explain there’s a perception or stigma that manufacturing is outdated, legacy work that is of little interest to the new breed of workers and the skilled-labor shortage has turned into a perfect storm threatening to impeded a manufacturer’s ability to deliver on customer demand.

Here are a few common responses that we hear regarding dedicated, traditional robotic cells:

  • We run small batches of parts that would take too long to program on a robot.
  • I don’t have enough work or I can’t afford to keep a full time robot programmer on staff.
  • Takes up too much floor space, too expensive, and too complicated.

As a “solutions provider” in the world of metal fabrication, we have embraced the latest cobot or collaborative robot technology by creating a low cost robotic welding and cutting solution we call SnapWeld and SnapCut.  These systems incorporate all the necessary hardware and software to implement collaborative robotic welding or cutting.  Allowing our customers a choice to implement automation in their fab shop that is simple, cost effective, and flexible.

Development of the collaborative robot solution has made the implementation of robotic welding, cutting, material removal, and material handling extremely simple…simple to implement and simple to operate.  In fact, you could perform all of these processes with the same robot!  Move the robot throughout the shop, taking on different applications when needed.

Read more at arcspecialties.com

Follow us on social media for the latest updates in B2B!

Image

Latest

data center workforce
The Next Data Center Bottleneck Isn’t Power or Cooling — It’s People: The Data Center Workforce
February 8, 2026

With the rapid rise of AI workloads, data centers are being built with higher power density, stricter reliability expectations, and cooling technologies that are evolving faster than most teams can adapt. As a result, these facilities aren’t just getting bigger—they’re becoming harder to operate, harder to staff, and far less forgiving when something goes…

Read More
Telecom
Precision With Purpose: The Geospatial Advantage in Telecom Network Planning
February 7, 2026

Telecom networks are no longer planned or evaluated in isolation. As 5G, private LTE, fixed wireless, and mission-critical communications expand, operators are expected to deliver stronger coverage, higher reliability, and demonstrable performance—often while managing complex technologies and constrained resources. Regulators, customers, and public agencies are increasingly focused on outcomes that can be measured and…

Read More
future of public safety
Clarity Under Pressure: Technology, Trust, and the Future of Public Safety
February 7, 2026

When something goes wrong in a community—a major storm, a large-scale accident, a violent incident—there’s often a narrow window where clarity matters most. Leaders must make fast decisions, responders need to trust the information in front of them, and the systems supporting those choices have to work as intended. Public safety agencies now rely…

Read More
weather Intelligence
Clarity in the Storm: Weather Intelligence, GIS, and the Future of Operational Awareness
February 6, 2026

For many organizations today, the weather has shifted from an occasional disruption to a constant planning factor. Scientific assessments show that extreme weather events—including heatwaves, heavy rainfall, and wildfires—are occurring more frequently and with greater intensity, placing growing strain on infrastructure, utilities, and public services. As weather-related disruptions become more costly and harder to…

Read More