Adaptec Solutions

If you've been on our website recently you might have noticed something is a little different.... We've given our website a fresh look and feel this year and we'd love for you to check it out: https://okt.to/3XjJsc

Interested in upgrading your skillset through hands-on practice with the industry's leading conveyor technology? Adaptec partner Hytrol is offering several training seminars for their equipment, including EZLogic®, sliding shoe sorters, and more. 🔗 Whether you're an end user or integration partner, sign up via the link below to learn about basic Hytrol practices and advanced conveyor maintenance. https://okt.to/TFdbwe #conveyors #conveyormaintenance #hytrol

Manual deburring created a bottleneck for a high-volume aerospace program ✈️ ⚙️ Adaptec partnered with Enjet Aero to develop a robotic deburring system built for process control and scalable throughput. With force-controlled robotics and automated abrasive monitoring, the system helps deliver consistent results part after part. Read the full case study to see how the system came to life! https://okt.to/aRLSoi

Our robots don't just leave it to luck, they sort it for you! We pull all the four-leaf clovers so your operation always gets the lucky break. Happy St. Patrick's Day! 🍀🌈💯🇮🇪

Our visual language is shifting. The way we tell our story is evolving. And it’s all starting to take shape. Follow us so you can be part of what’s coming next!

Here’s something you might not have known about preventive maintenance for your FANUC robots… Preventive maintenance is generally recommended after 11,520 hours of operation to help achieve an optimal service life of 80,000–100,000+ hours. Have you scheduled your PM service yet?

This week we’re excited to welcome four new team members, including two Regional Service Managers, a Staff Accountant, and our new IT & Cybersecurity Manager! Pictured here are our new team members alongside CEO Octavio Diaz and CFO Brian McGrath.

That’s a lot of years… We dive deeper into applying that experience to our design process on our blog. Read here: https://okt.to/uyz3gm

Robotic Drawer System 💥🎉 How do they work? An operator simply opens each of the drawers from outside the robot cell, places raw parts into each drawer fixture and then closes each drawer. Next, the operator cycle starts both the machine tool and the robot. The robot moves to the top drawer, lifts the drawer handle, pulls the drawer into the robot cell and locks it into position for part unloading. The robot now unhooks from the drawer handle, picks the first part from the drawer and then loads the machine tool. On the next cycle, a finished part is unloaded from the machine tool and a new raw part is loaded. The robot moves back to the drawer to place the finished part back into the drawer. As drawers are completed, the robot moves down to the next available drawer.

3 common conveyor myths and reality💭☑️: 💭Myth #1: Faster conveyors mean higher throughput. ☑️Reality: Throughput is set by the slowest process in the system. Increasing speed often causes product spacing issues and more stops. 💭Myth #2: Maintenance slows production. ☑️Reality: Unplanned downtime slows production far more. Small, scheduled adjustments prevent breakdowns and extend system life. 💭Myth #3: Noise is normal. ☑️Reality: Unusual noise is often an early warning sign of wear, misalignment, or component failure.