Discover the Next Big Innovation in Your Shop – Insights from Top Shops Award Winners

In a Q&A session at Modern Machine Shop’s Top Shops Conference, representatives of three Top Shops Honors Program winners—Land Sea Air Manufacturing, Richards Industries and X-L Machine Co.—all were asked, “What is the next big thing for your shop?” The video clip captures their answers.

Transcript:

Peter Zelinski, Modern Machine Shop

So, the gentleman didn't have a microphone, so to paraphrase his question, or to quote it literally, “What's the next big thing?” [What is] an idea or a technology that you guys are really looking at as potentially very impactful?

Carl Livesay, Land Sea Air Manufacturing

That's a great question. For us, it's robotics. And it’s eliminating machine tenders. Okay? And I don't mean eliminating as in getting rid of them. I mean, as in escalating them up, turning them into machinists. So, machine tending is typically, on its best day in our shop, it is a semi-skilled responsibility. In most cases, it's unskilled. So, we're actually looking—in fact, I was talking to the guys over at FANUC yesterday, and I forget the gentleman's name that's doing a presentation here today at 3. We're looking to replace the non-value-added activity of loading and unloading the machine with a task robot that can be moved from machining center to machining center and set up in a couple of hours to do the load and unload. And we think that's…. Labor rates are getting up there, right? And you know, there's a move afoot at least in Maryland to make the minimum wage like $15 an hour. Now, our machinists are—I'll say our semi-skilled folks are $15 an hour, but if I'm going to pay for machine tenders that's a substantially lower cost, lower responsibility. I can rent (forget about buy for the time being)—I can rent a robot for $7.50 an hour. So yeah, I'm on that, like a big dog.

Chris Orlowski, X-L Machine Co.

For X-L Machine, the same thing. Industry 4.0, it’s the hot topic and that's exactly what we're looking at doing for some of our continuous work cells. Something that can and will run by itself because we cannot hire anybody, not even as general labor where we're at. So we're continuously working with high schools and getting students to come into our apprenticeship program, but those guys are not going to be the ones that are going to run machines, right? Or operate machines. We have to get a way of operating machines without having the problem of somebody calling in sick, without having the problem of just misloads consistently. That's our number-one internal scrap rate is misloads, and to have something with consistency and be able to read the part and then the part goes into the machine and then you have a robot of some sort that can transfer from machine to the next machine, and being able to integrate quality in there as well [via] probing and CMMs is going to be a huge feat. So that's our challenge.

Bill Metz, Richards Industries

As far as we're concerned at Richards, we are looking at robotics, but we are very high-mix, low-volume, but I do believe that there will be a time that it will be justified. Robots are obviously becoming smarter and smarter and more and more flexible. And we have the same problem as everybody else, hiring people. So that's something we're constantly looking for. I don't think we're ready yet. Machine data collection, obviously is key for what we're doing.

And then we’re also dabbling in 3D additive manufacturing. Why I say “dabbling:” We got a little tabletop unit, but it's amazing how we've used that for some pretty simple inspection fixtures—things like that. So, I think our next step will be expand on 3D additive manufacturing, probably still in the plastics area, but then you've got an opportunity with some of the low-volume stuff that we do, [including] developing patterns through 3D printing that you can then use for castings and eliminate the lead time for patterns in molds as well as the costs associated with those. So those are the things that I think are continuing to drive change.