This side-profile view captures the cable robot performing three different movements in one seamless sequence:

Single pick to single place
Single pick to dual places
Single pick with a larger truss

From this angle, you can clearly see the precision, control, and smooth transitions between each motion. The demonstration highlights how automation can handle different truss sizes and placement patterns without interruption, proving its adaptability on the plant floor.

Whether it’s efficiency, safety, or flexibility. this system shows how robotic truss handling can change the way we move material in construction manufacturing.

Watch our cable robot in action as it performs a simple truss move. Picking from a single position and placing in a single destination. This demonstration shows the foundation of automated truss handling: precise, reliable, and efficient. By starting with a single pick and single place, we can build up to more complex stacking and sorting operations that transform how trusses are moved in the plant.

If you’re interested in how automation can reshape truss handling and material flow, this is the perfect starting point. Stay tuned for the next videos in this series, where we explore multi-pick, multi-place, and advanced stacking strategies.

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.

From above, you can see the cable robot perform three different truss movements in one seamless sequence:

Single pick to single place
Single pick to dual places
Single pick with a larger truss

The overhead angle highlights the smooth flow of each move, the precision of placement, and the adaptability of the system as it transitions between truss sizes and destinations. This perspective shows how automation can bring order, efficiency, and reliability to truss handling in the plant.

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.

The roof member preplate system is a highly efficient, containerized solution for precision nail plate placement in truss manufacturing. Housed within a 40-foot container, this automated system is designed for quick setup in a manufacturing facility. Equipped with robotic arms that pick nail plates from organized bins, the system accurately places and attaches each plate on roof members according to exact specifications. This precision in placement allows for smaller, appropriately sized nail plates to be used, reducing overall steel usage and lowering material costs without compromising structural integrity.

Once the members are preplated, they are batched together according to each truss before being delivered to the assembly tables. This ensures that all necessary components for a specific truss arrive together, streamlining the assembly process and reducing handling time for operators. By organizing components in advance, the system enhances production flow and efficiency, setting a new standard in component fabrication for truss manufacturing.