Wired for Innovation: The elliTek Blog

Learn how screw drives, belt drives, and linear motors work. See how load, speed, stroke, and positioning requirements help you choose an electric linear actuator for your application

Could your team restore production if a critical control failed today? Learn what spare parts to stock, when to replace aging controls, and how to prepare for recovery. This guide covers lead times, product support, replacement compatibility, tested backups, and shutdown planning to help you prepare before a failure stops production.

An Ethernet connection does not guarantee that your devices can exchange control data. Learn how industrial communication protocols differ and what to check before connecting equipment or collecting production data.

Adding a machine or upgrading a control panel? Empty panel space does not guarantee electrical capacity. Learn how industrial power distribution works and four key checks to make before choosing components for your next project.

You’ve selected the controls. But have you planned for heat, moisture, and maintenance access? This industrial control panel protection guide explains how enclosures, cooling, electrical protection, and panel hardware work together and what to check before you finalize your parts list.

Compare industrial motor control options, including motor starters, soft starters, and variable frequency drives (VFDs). Learn which approach fits your application and what to consider for motor protection and control panel requirements. Industrial Motor Control Guide

A distillery tour and up-close automation made elliVate Bristol a night to remember. Next, meet elliTek at Booths B12 and B31 at the Manufacturing Excellence Luncheon & Expo.

VFDs and servo systems both control electric motors, but they solve different motion needs. Learn how feedback, precision, response, cost, and application demands affect the choice.

Unplanned downtime often starts with a small change that the control system fails to explain. Learn how to capture first faults, add the right sensing, improve alarms, and align safety, motion, power, and machine data through a focused 30-day trial.

Machine safety goes beyond compliance. Learn how OEMs, machine builders, system integrators, and manufacturers can reduce risk through task-based assessments, safer automation design, functional safety controls, clear diagnostics, and maintainable systems — improving operator confidence, uptime, and lifecycle support.

elliTek shares guest insights from an LMI Technologies AI Specialist on FactorySmart AI and industrial AI visual inspection. Learn when deep learning outperforms manual or rule-based quality control, how AI detects defects, validates feasibility, integrates with production lines, and supports long-term performance.

Learn realistic HMI system cost ranges, what drives pricing, and how to compare quotes for HMI panels, replacements, industrial PCs, and SCADA-connected systems.

SCADA and DCS are often compared, but they are not interchangeable. Here is a practical guide to how each system works, where each fits, and what to consider before choosing an automation architecture.

SCADA is the supervisory layer that helps industrial teams see more, understand more, and respond faster. It connects controllers, devices, alarms, trends, and historical data into one practical view so operators can reduce blind spots and make better decisions.

Siemens SIMATIC PCS 7 and PCS neo are not an old-versus-new choice. This guide breaks down where PCS 7 delivers proven reliability and lifecycle continuity, where PCS neo adds web-based collaboration and software-defined flexibility, and how plants can modernize without unnecessary risk.

Learn what a distributed control system (DCS) is, how it supports plant-wide process control, and when it makes sense compared with PLC and SCADA architectures. This guide helps OEMs, machine builders, system integrators, and industrial end users evaluate DCS for uptime, coordination, and long-term maintainability.

An HMI is the operator interface that connects people to machines. This guide explains what HMIs do, how they work, and how they fit with PLCs and SCADA.

See what a PLC hardware package really costs, what can push pricing from compact to premium, and which hidden hardware items to check before comparing quotes.

A PLC is the industrial controller behind machine logic, I/O, and automated control. This guide explains how PLCs work and why they matter.

Motion complexity costs Tennessee OEMs time and margin. In this week’s Freedom from Frustration Friday, we explore how IAI electric actuators help simplify machine builds, reduce pneumatic infrastructure, and shorten commissioning — backed by elliTek’s trained local experts.