Watch our orchard harvesting system in action — combining an industrial cable robot and a robotic arm to pick, sort, and manage fruit directly in the orchard. Faster. Smarter.

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.

Avalon Robotics’ innovative concept for preplating webs in open web floor trusses. This overview delves into the proven preplating process, offering insights into how it enhances efficiency and streamlines truss manufacturing. Learn about the steps, benefits, and potential applications of this automation concept, designed to optimize workflows and revolutionize the construction industry.

The mobile rebar tying system is a cutting-edge, containerized solution designed to streamline the construction of rebar cages directly on-site. Upon delivery in a standard container, this robust system is delivered onsite for operation, providing a self-contained, automated assembly line for tying rebar members with precision. It utilizes advanced robotic arms and sensors to accurately tie rebar intersections, eliminating manual tying, which significantly reduces worker strain and the risk of injury. With its efficient workflow and high-speed processing, this mobile system enhances construction site safety and productivity, allowing for faster cage assembly and enabling workers to focus on higher-value tasks. The result is a seamlessly integrated, safer, and more efficient process for rebar cage fabrication that reduces downtime and improves overall site safety.

The Avalon Robotics Linear Saw Infeed System is a robust and versatile solution tailored for high-efficiency linear saws such as the Alpine ALS, Mitek Blade, Hundegger, and Vekta. This system uses advanced conveyance technology to move bunks of lumber, varying in size, to designated pick positions. With a single loading position, operators can easily place bunks onto the conveyor, simplifying the loading process.

Once in place, a cable robot quickly and accurately picks multiple pieces of lumber from the pick positions and delivers them directly to the saw infeed. This efficient transfer and handling system minimizes manual intervention, speeds up the loading process, and ensures a continuous and steady supply of materials to the saw. The Linear Saw Infeed System enhances productivity, reduces handling time, and maintains a streamlined flow of lumber, making it an ideal choice for automated and high-output production environments.

In this video we take things a step further, picking up a large truss from the bottom chord, leaving it hanging upside down. Even with the unusual orientation, the robotic system handles it with stability and precision. This demonstration shows the versatility of automation in truss movement, proving that even non-standard picks are possible without issue.