Progressive Automations

Some things get passed down beyond words. ⚙️🤍
Curiosity. Craftsmanship. The drive to build something better.
This Father’s Day, we celebrate the builders, makers, and problem-solvers inspiring the next generation.
🔗 https://hubs.la/Q04kXyXh0

Built for synchronized motion. ⚙️⚡
Meet the new PA-CB41-2 dual-channel control box designed for high-load Hall effect actuators, advanced safety protection, and precise synchronized movement.
Learn more:
🔗 https://hubs.la/Q04kwfjC0

💡 Some impactful engineering ideas begin as sketches, discussions, and late nights at the workbench.

The Progressive Impact Scholarship 2026 is still open for students developing ideas with real-world potential in climate resilience and disaster response.

We’re looking for thoughtful concepts that could help communities prepare for and respond to future challenges.

🏆 3 scholarships of $2,500 CAD (~$1,800 USD) each
⏳ Applications remain open through June 15

Learn more & apply:
https://hubs.la/Q04k7XMR0

The future of industrial design is quieter. 🤫⚙️

Smaller actuators. Wireless controls. Programmable motion. IP-rated by default.

Engineering progress isn't always loud — sometimes it just works.

👉 https://bit.ly/4ud5E2S

Tight installation space? A simple 90° rotation can make all the difference. 🔧

Learn how to rotate actuator mounting holes step-by-step for cleaner installs, better positioning, and improved fit across multiple PA actuator models.

Read the full guide here: https://bit.ly/4dTHjZQ

You don’t see it.
You don’t hear it.
But you feel it. 🌬️
Electric linear actuators powering dampers, vents & airflow systems with precision.
Built to handle heat, humidity, and continuous operation — without compromise.
Explore more: https://hubs.la/Q04hwz8_0

Not every application needs the same stroke length.
From compact setups to long-range motion, there’s an actuator built for your needs.

Learn how to choose the right stroke:
🔗 https://hubs.la/Q04h1Qxs0

A student-built biomedical innovation powered by linear motion. ⚙️
Four engineering students from University of Waterloo used Progressive Automations technology to bring LARS — Load Assistance for Reduced-Strain Sonography — to life.

LARS is a semi-robotic articulated arm designed to reduce the physical strain sonographers experience while operating ultrasound probes, while keeping full user control.

🩺 Using the PA-01-2-16-HS-12VDC Feedback IP65 Mini Linear Actuator, the team created responsive force assistance for a more ergonomic ultrasound experience.

🏆 Recognitions include:
Norman Esch Entrepreneurship Award — 2026
Biomedical Engineering Capstone Best Prototype — 2026
Baylis Medical Capstone Design Award — 2025

This project is a strong example of how linear motion technology can support real innovation in healthcare.

Precision starts at the core. ⚙️
From compact designs to high-force solutions, our electric linear actuators are built to adapt to every application — delivering smooth, reliable motion where it matters most.
Engineered for performance. Designed for versatility.
Explore more: https://hubs.la/Q04gx3Yr0