Discover the latest in industrial automation, electrical controls, and power solutions with the Lakeland Engineering blog. Whether you’re troubleshooting complex systems, exploring new technologies, or optimizing your operations, our blog delivers expert insights tailored to your needs.
From product spotlights and application tips to updates on industry-leading brands like Fluke, Yaskawa, ABB, Eaton, and PULS, each article is designed to help you make informed decisions and stay ahead in a fast-moving industry.
Powering Industrial Automation with Lakeland Engineering Equipment Company Industrial facilities depend on reliable automation systems to keep production running efficiently. From drives and motor controls to industrial networking and power monitoring, the right equipment plays a critical role in maintaining uptime and system performance. At Lakeland Engineering Equipment Company,
Selecting the right valve for your system is one of the most important decisions in any industrial or manufacturing process. When reliability, precision, and long-term performance matter, ASCO solenoid valves are often the preferred choice across industries. From fluid control in processing systems to automation in manufacturing lines, these valves
Factories have a curious habit of outgrowing their cables. Machines move, equipment gets added, and suddenly the network that once fit neatly into a control cabinet needs to reach across a plant floor, connect mobile equipment, or link two machines that were never meant to share a wire. That’s where
Industrial Process Control with Red Lion Industrial Controllers Industrial automation systems depend on reliable control of machines, processes, and production environments. From regulating temperature and pressure to managing complex automation sequences, industrial controllers play a critical role in keeping operations running smoothly. Red Lion industrial controllers, part of the
Electric motors power everything from conveyors and compressors to pumps and packaging equipment. But how those motors start can have a major impact on system reliability, maintenance costs, and equipment lifespan. For electrical contractors, OEM machine builders, UL panel shops, and control panel integrators, the challenge is clear: how do
Industrial networks behave a bit like the nervous system of a factory. Sensors fire signals, PLCs make decisions, machines respond. But none of that works if the network itself is fragile. Consumer-grade networking gear might work fine in an office, yet it tends to fail quickly on the plant floor
Modern industrial systems generate enormous amounts of data from PLCs, sensors, drives, and other automation devices. While that information is essential for monitoring performance and troubleshooting issues, it only becomes useful when operators can clearly view and interact with it. Red Lion by HMS Networks Graphite HMIs provide a
Machines are stubborn creatures. They run perfectly for months, then one small fault appears and suddenly the entire production line is waiting for someone with a laptop and the right cable. In the past, fixing that problem often meant sending a technician on-site just to log into a PLC and
Factories are weird little civilizations. Machines speak different languages, often written decades apart by entirely different engineering tribes. One PLC speaks PROFINET, another device insists on EtherNet/IP, and some older piece of equipment is still muttering Modbus like it’s 1997. None of them naturally understands each other. Yet production lines
When a drive fails on a critical pump, conveyor, or compressor, the clock starts immediately. Every hour your line is down is money out the door and the wrong parts supplier can make a bad situation significantly worse. According to ABB’s own Value of Reliability survey of more than 3,200