In this advanced setup, the delivery conveyors for preplated roof members are positioned exclusively above the outfeed rollers, creating an efficient, streamlined workflow. This configuration provides a clear, uninterrupted path for completed trusses to be slid onto the outfeed rollers while new, preplated members are delivered directly to the assembly tables. By utilizing only the space above the outfeed rollers, the system maximizes floor space, reducing congestion around the assembly area and freeing up valuable space within the facility.

This overhead delivery solution not only improves workflow efficiency but also enhances safety by maintaining organized pathways around the tables. The clear division of incoming and outgoing material flows allows operators to work faster and more effectively, enabling a continuous and efficient cycle of truss production without compromising workspace.

Complete LGS Panel Line | Framing, Blocking & Sheathing Stations in Action
Step into the future of light gauge steel construction with this full walkthrough of a complete LGS panel line. From precision framing to integrated blocking and automated sheathing, this video showcases every station along the line — including all conveyance systems that keep production flowing. Whether you’re in modular construction, prefab, or panelized building, this system offers a clear look at how automation can streamline structural panel production from start to finish.

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.

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.

In this demonstration video, a real robot is equipped with a specialized rebar tying gun to precisely secure rebar joints, showcasing the feasibility of automating this traditionally manual task. The robot, programmed for accurate, consistent movement, positions the tying gun at each rebar intersection and performs a secure tie with precision, ensuring optimal stability and alignment of the rebar structure. This demonstration highlights the potential for automated rebar tying to improve safety, speed, and consistency on construction sites, proving that robots can reliably handle rebar assembly with minimal human intervention. This prototype setup serves as a foundational step towards integrating robotic solutions for rebar tying, illustrating how automation can streamline labor-intensive processes in construction.

The Avalon Robotics Door Picking System is an intelligent robotic solution designed to select and organize doors directly from storage racks, enhancing operational efficiency and flexibility. This system identifies, selects, and arranges doors according to the specific sequence required for production or installation.
With advanced recognition and handling technology, the Door Picking System carefully lifts and organizes doors into a precise order, ready for the next stages of production. By streamlining the picking and stacking process, it ensures that doors are accessible in the correct order, reducing production delays and improving workflow. This automation minimizes manual handling, lowers the risk of door damage, and supports a more organized and efficient manufacturing environment.