Recent industry conferences and technology showcases have highlighted major advancements shaping the future of AI and robotics. This year, Physical AI is taking centre stage – with rapid advances in foundation models, simulation-to-real workflows, and increasingly capable robotic systems.

In this webinar, experts from Robotiq and Universal Robots will share key insights from these events and highlight the Physical AI applications and trends that robotics teams should be watching closely.

The webinar will break down the top five Physical AI breakthroughs demonstrated across recent industry gatherings, discuss where AI still faces challenges when interacting with the physical world, and explore why richer multimodal sensing, especially touch, is becoming critical for training and deploying intelligent robots.

During the session, Robotiq will also introduce its new TSF-85 tactile sensor fingertips, designed to bring pressure, vibration, and proprioception sensing directly to robot grippers. You’ll see how tactile sensing can help generate richer datasets, improve grasp reliability, and support the next generation of Physical AI systems.

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Across Europe and North America, beverage producers, from kombucha and bottled water to major soft drink brands, are standardising cobot palletising to reduce labour strain, control costs, and modernise production.

If palletising is still one of the most manual steps in your production line, you’ll want to hear what triggered the automation decision at Martin Ray Winery, how the installation went, and what the first months of operation looked like.

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Recognising that end-of-line palletising can be a bottleneck in the wine industry, Raumland turned to Robotiq’s palletising solution to streamline its process. The webinar will highlight how Raumland reduced manual handling, improved efficiency, and kept up with demand – without adding complexity.

Raumland processes over five million bottles and 2,500 different wines every year, creating a huge diversity in its bottling operations. In a single 8-hour shift, employees had to handle up to 40 tonnes of packaging, which was inefficient and physically demanding.

To tackle this problem, Raumland GmbH successfully used Robotiq’s PE20 Palletizsng Solution with the UR20 cobot from Universal Robots.

During this 30-minute webinar, Robotiq will discuss the steps from the design phase to integration and operation including cost analysis, ROI and how to begin your project.

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“Screwdriving is a dull and repetitive task that often leads to fastening inconsistencies and stress injuries,” said Catherine Leclerc, product owner at Robotiq. “Lots of manufacturers want to automate this application, but can’t find a solution that works for today’s manufacturing reality: one where products are constantly evolving and manufactured in small, high-mix batches.”

So what do manufacturers need? “An ultra-flexible solution that can be ordered off the shelf, deployed by staff onsite, and adapted to daily production needs. And they need all that without a massive upfront investment.”

The Robotiq Screwdriving Solution gets the work done right. In simple small-screw assemblies it enables 5-minute changeovers, so manufacturers can produce multiple products per assembly line. Plus, it’s affordable and easy to deploy. With the screwdriver controlled directly from the teach pendant, and built-in programming and error-proofing intelligence embedded in the pick and drive screw nodes, automating this task has never been easier.

“Getting separate components to communicate together is a complex task for the end-user, so making it seamless was our top priority” continued Leclerc. “The patented Screw Feeder will also resonate with the cobot market because it’s entirely adaptable. Within one minute, you can adjust the feeder to fit another type of screw and you’re good to go.”

The Screwdriving Solution provides precision fastening to torques of 1 to 4 Nm. It also has error-proofing features for uninterrupted screwdriving, such as screw presence detection, torque control, and position monitoring.

As a pioneer in the UR+ ecosystem, Robotiq continues its tradition of high-quality products. The included screwdriving URCap software lets users program many different screw fastening processes in just a few minutes.

“Designed to keep up with frequent changeovers, reach tight spaces, and deliver a quick ROI, the Robotiq Screwdriving Solution is one of the most elaborate and innovative products we’ve built so far,” explained Jean-Philippe Jobin, CTO and co-founder at Robotiq. “While it’s fairly easy to fasten small screws manually, it’s much harder to automate. We’ve managed to simplify that process for the end user. After a pandemic year and the resulting changes, this is the perfect time to introduce a solution that will help factories automate better and faster, elevate their workforces, and free human hands from repetitive tasks.”

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Being able to deliver this massive order in time implies that Walt Machine president, Tommy Caughey, needs to hire a full-time CNC machine operator. By the time the new employee is fully trained and operational, the parts are almost delivered and his/her services will soon be no-longer needed.

To deal with short-term rise in production
volume, Caughey started to look
into a robotic based solution a few years
back. “I saw Universal Robots at IMTS Trade Show maybe 4 or 6 years ago and I found it interesting: a robot that does not require any extra stuff, like jigs for example. I followed up throughout the years and thought that’s where we needed to go one day.”

One problem remained: He knew he needed either a vision system or a conveyer, to pick up the raw parts from the table. “Everyone told me that it’s a very difficult process, that you need to have a person in your shop to do it,” Caughey recalls. A big plus when using a robot is the ability for it to continue production during unattended hours in the shop. This of course increases productivity since twice as many parts can be made in the same time.

“I didn’t need a vision expert any more, I could do it myself. I bought the camera, and it’s super simple. It takes about 10 minutes and your part is taught.”

In June 2016, Robotiq released the Plug + Play Wrist Camera made exclusively for Universal Robots. For the entrepreneur, this was a game changer. “I didn’t need a vision expert anymore, I could do it myself. I bought the camera, and it’s super simple. It takes about 10 minutes and your part is taught.”

It takes 30 to 45 minutes to machine one side of those camera housings. If you only work eight hours a day. It will be several weeks of work to produce the order with one machine, and Walt could not afford that bottleneck. “So being able to run 15-20 hours a day and not having to hire anyone else is a major plus for us,” says Caughey

Doubled production and top quality

Since Walt Machine bought its robot, named Arthur, twice as many parts are being machined every day. The CNC machining still takes the same time, but it’s the number of operational hours that make all the difference. The company was able to save half the time in production by eliminating a lot of machine idle time.

The contract in question needs to be completed within two months so there is a production rush to be able to deliver all the parts on time. A huge benefit when integrating a robot in the production line is that the machine can now run non-stop in this two-month period. Caughey does not need to worry about training, extra salary, or employee retention between production rushes.

Caughey was also stressed about quality and consistency during unattended hours. “It’s just about letting it go and accept the fact that it’s going to run for an extra 4-6 hours, that you’re going to go home and nothing’s going to break. And it’s actually the case most of the time.”

When things do not go as planned, Caughey relies on Insights, a monitoring software that Robotiq made for Universal Robots. “For me, the most interesting feature is certainly the alerts on the phone,” he explains. “Sometimes, my CNC Machine runs unattended all night long, so if the robot stops while no-one is in the shop, we lose a lot of production time. Just a few weeks after I got Insights, I’ve had a text from my robot saying that it has stopped. I got back to the stop and restarted it in no time. Every time it happens, I avoid a lot of downtime.”

Insights also details the nature of the stop (protective, safeguard, emergency, idle state), so the user can identify the issue faster and prevent it from happening again.

For Walt Machine, SMS alerts are useful during working hours as well. “The robot runs by itself most of the time. We’re a three-employee shop. If no one works near the robot and there is some noise in the factory, who knows if it’s stopped? That being said, I’ve received alerts while I was in my office, doing paperwork. We were able to save valuable time there too.”

When a new day starts, Insights sends a daily email report of what Arthur has achieved in the last 24 hours. Caughey then has all the data in one place. “The number I look the most after is cycle time. I can always count how many parts were produced manually, but I love to have everything all wrapped-up together. It is all in one simple email, ready when I arrive in the morning. I got used to it quickly.”

Walt Machine. hopes to start a new automation project in the coming years. The data provided by Insights will save many working hours when the time to justify ROI comes. “By knowing exactly what I’ve done everyday with the robot, I am able to calculate quickly if any potential new investment makes sense.”

New team skills

Arthur’s arrival among the team also allows long-time machinist Matthew Niemeyer to improve his skillset on the production floor. “First, I got to learn how to program the robot, Niemeyer explains. Then, you have the robot loading the machine, but you’re still doing all the fine tuning of it, such as the programming. But the remedial tasks of loading and unloading the machine is taken care for you, so you don’t get worn out.”

When everything is running fine, in the factory, Niemeyer is able to focus on his new role at Walt Machine. The robot’s arrival created an opportunity for him to upgrade as a sales representative in the team. “We can get more and more business into the shop, which will lead to more machines, more robots and a promising overall growth.”

All of this wouldn’t be possible without this first robot. Far from stealing jobs, 
Caughey truly believes that in 10 years, every small shop like his will have at least one robot. For him, this change happens for the same reason that so many changes happened beforehand in other industries. “No one is yelling at a contractor for using an excavator instead of hundred men with shovels, he compares. I didn’t fire anyone to do this. It just changes where the work is. Instead of having guys sitting here just putting parts in and out of the machine, they can do more quality-related stuff. They can check parts, clean, package them and even bring in more sales”

“We can get more and more business into the shop, which will lead to more machines, more robots and a promising overall growth.”

And with a robot that doubles the production capacity, business opportunities are greater and orders are delivered on time. Foremost, with the satisfaction of Walt Machine’s first integration project, they see these new business opportunities as a way to scale their robotics capabilities in their shop.

No robot expertise and no problem

Robotic automation is intimidating for someone who never touched a robot before. Caughey is one of those entrepreneurs who started from scratch with his first robot. “I’ve programmed CNC machines and G-codes for 10 years, done XYZ positional and spatial stuff, but never explored robotics. When I got the robot, I did a little reading and it was pretty simple. There is a lot of help on the UR and Robotiq websites, with programming for example.”

As for the vision system, Caughey was really impressed by the Robotiq Wrist Camera teaching methods. “Either you take your part and set it on the surface where you want to pick it and you take four snapshots of it in four different orientations. Or if it’s something simple like a rectangular or a circular blank, you just set the dimensions of what you are picking and it knows.”

The next step is to put 15 to 20 of the same unmachined parts on the table within the camera’s field of view. The robot then rotates and looks over the table, takes one snapshot to see all the parts. For more accurate picking, it gets closer and takes another snapshot of the part it is about to pick. After, the robot places the part into the vice in the CNC machine. Then it sends a signal to the Haas CNC machine to press the start button.

“It is so easy,” Caughey adds. “We don’t even have to teach waypoints because it only needs to look on this table for parts. We don’t need a conveyor or any special fixturing. If you change parts, you just need to tell Arthur that you are looking for a different part and change the 2-finger gripper’s closing setup, it’s pretty simple. There isn’t a lot of changeover so that’s why I like the camera-gripper combo.”

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Launched last month at the Robotiq User Conference, Lean Robotics is a systematic way to accelerate and simplify the robotic cell deployment cycle, from design to integration and operation. With Lean Robotics, you and your team will deploy robots quicker and more efficiently than ever before.

Reviewing Lean Robotics, one Kindle customer said: “Having spent over 20 years in the robotics automation space I can attest to this book capturing all of the relevant information if you are looking to automate with robotics. The clearly illustrated paths it presents coupled with the detailed explanation on how to execute make it a must read for anyone considering a robotics automation project.”

While Lean Robotics is available for download for free, you can also get the paperback and Kindle versions on Amazon.

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The company has released a new version of its popular Gripper Software for Universal Robots that now allows installing multiple 2-Finger Grippers on one UR arm. You can configure and program each Gripper independently, right from the URCap interface, without writing a line of code.

With two Grippers on one UR arm, you can pick up the finished parts from your CNC and place a new blank in the machine, in one movement, saving precious cycle time.

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Robotiq has produced a new eBook that offers guidance. You’ll learn about

• Skills needed to integrate a robot
• Getting the team onboard with robotics expertise
• Applications that require robotics expertise
• Building a robotics learning programme

Download your copy of the eBook here

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In the first part of this program you’ll learn about:

• Why you need in-house collaborative robot expertise
• Planning efficient meetings and project management
• What robotics expertise do you need?

Click here to register for part one

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If any of the above applies to you, then this new eBook from Robotiq is for you. You will learn what you can do with a vision system, its applications and alternatives as well as the kinds of vision systems available. Topics covered include:

• What can you do with a vision system?
• Vision system applications and alternatives
• What kinds of vision systems are available?
• Challenges of a vision system

Download the eBook here and acquire some basic knowledge of machine vision to help you figure out exactly what a simple vision application is.

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