Samuel Automation :: Experience In Robotics, Custom Automation & Intelligent Manufacturing Systems

Samuel Automation is a North American automation systems integrator that combines the expertise of several established companies to deliver advanced manufacturing solutions. Formed through strategic acquisitions, the company unites Arizona-based CAID Automation (established 2012), Ontario-based Systematix (founded 1988 and acquired in 2021), and RAMP Inc. (founded 2010 and acquired in 2022). This consolidation created a powerful team with decades of experience in robotics, custom automation, and intelligent manufacturing systems.

Samuel Automation specializes in integrating modern automation into existing or new production environments, with a strong emphasis on robot-based solutions. Its flagship robot-based offering centers on Autonomous Mobile Robots (AMRs) for intralogistics and material handling. These AMRs automate the movement of materials between processes, warehouses, and high-risk areas such as freezers or furnaces. The company provides custom-engineered AMR systems along with specialized toppers that expand capabilities for lifting, positioning, and carrying heavy loads.

Specific AMR products include the CM450 cart mover for heavy loads, the C350 with 350 kg capacity, flow racks (FR350 and SR350), lift units (LU1350 at 1350 kg, LU750 at 750 kg, and LU200), and integrated conveyors. These solutions feature robust software for fleet management, real-time analytics, and Andon integration, delivering benefits such as improved safety, reduced labor costs, 24/7 uptime, and rapid ROI typically within two years.

Beyond AMRs, Samuel Automation offers robotic and automated systems for complex part assembly, vision inspection using proprietary intelligence software, medical device testing and assembly, leak testing, custom machining, material handling, web handling, and large-scale cleanroom automation. The company serves industries including life sciences, automotive and transportation, alternative energy, heavy industrial, and consumer products. All projects follow a structured 16–24 week implementation process with in-house engineering, thorough testing, and ongoing support services including virtual assistance and maintenance.