This video takes the cable robot concept further, adding a full simulation to show the complete proposed application. From picking stock out of mixed bunk lengths to placing it on a simulated linear saw infeed, this demo highlights how the system can remove manual handling and improve efficiency in real-world truss plants.

Concept simulations like this help visualize the future of automation in component manufacturing.

In this video, we take a closer look at the cable robot concept. Join me for a walkaround as I explain what it is, how it works, and why it could change the way truss plants handle material.

This explainer provides the big-picture view: safer handling, automated saw loading, and scalable automation designed to fit real manufacturing environments.

The Door Frame Assembly Cell is a robotic system designed to streamline and automate the assembly of interior door trim, specifically for mounting the inside trim pieces against which the door closes in the frame. This cell precisely positions and secures the trim components onto the door frame, ensuring accurate alignment and consistency across assemblies. Equipped with a router, the system efficiently cuts and finishes door striker holes to meet specified measurements and alignment, readying the door for secure locking and optimal functionality.

After completing each door frame assembly, the robotic cell automatically transfers the finished product to a dedicated stacking area, where it carefully places each frame on a transport cart. This stacking mechanism is engineered for stability and easy cart removal, minimizing downtime and expediting transportation to the next production stage. The Door Frame Assembly Cell is designed to boost productivity, quality, and safety by eliminating manual handling, reducing potential errors, and ensuring consistent, precise construction in each assembled door frame.

A Smarter Way to Manage Orchards

We’re excited to announce that Avalon Robotics has officially filed a provisional patent for a revolutionary orchard management system designed to modernize and automate the entire agronomy process.

Our system transforms traditional orchard operations by integrating robotics, automation, and real-time data into one cohesive platform capable of:

• 🍎 Detecting fruit readiness and performing precision harvesting

• 📦 Sorting fruit at the point of harvest, not just at the packing house

• 💧 Monitoring ground moisture and executing adaptive irrigation

• 🐛 Identifying and treating pest and invasive species intrusions

• 🌿 Assessing plant health and performing pruning or maintenance

• 🚁 Flying an overhead robotic carriage system that deploys the right tool at the right time

• 🔄 Automatically switching tools mid-mission, without human intervention

• 📊 Forecasting crop yield and managing orchard-wide scheduling through AI

Instead of isolated machines performing single tasks, this system unifies all subsystems—plant care, pest control, soil management, harvesting—into a smart, self-adjusting platform. It operates continuously, adapting in real time to weather, soil conditions, and crop needs with minimal human oversight.

By sorting fruit as it’s picked—not hours later at a facility—we reduce waste, improve freshness, and enable better decision-making right in the field.

This is a major step toward fully autonomous, scalable orchard operations—and we’re just getting started.

📡 Learn more at avalonrobotics.com
🎥 Coming soon: Explainer video on @avalonrobotics

Watch as we move a massive 30ft truss with ease using a single pick and single place setup. This video shows the precision, strength, and reliability of our robotic truss handling system—designed to make even the largest trusses manageable. Perfect for showcasing how automation can handle heavy lifting in the component manufacturing industry.

In this demo, we show the cable robot picking stock from different bunk lengths and placing them onto a simulated linear saw infeed. Even without a physical saw in place, the concept demonstrates how automation can streamline the process, reduce manual handling, and keep material flowing efficiently.

Avalon Robotics explores how cable-driven automation can transform truss plant operations, improving safety and productivity.