Automation-driven Manufacturing for Consistent Performance
Noble Plastics leverages more than 25 years of robotics and automation experience to deliver highly consistent, efficient injection molding solutions. Automation is intentionally built into our manufacturing cells, from robotic machine tending and automated part handling to in-process inspection, machine vision, part segregation, automated assembly, and SCADA system integration. This advanced, integrated approach minimizes manual intervention, reduces variability, and ensures repeatable performance across every production run.
For customers, this translates into measurable advantages: improved part quality, tighter tolerances, faster cycle times, and enhanced process traceability. Automated systems allow Noble Plastics to reliably scale production, while maintaining control, responsiveness, and transparency. Whether supporting high-volume programs or complex, precision-molded components, Noble Plastics’ automation strategy strengthens supply chains, lowers risk, and provides customers with a dependable manufacturing partner built for long-term growth.
AUTOMATION SYSTEMS FAQ
How do we incorporate robotics?
Noble employs robots in many ways. We use them for work that is complex, but also for quite simple tasks. Depending on the needs of our customers, a robot could be doing very simple repetitive tasks, or working as a supervisory system, coordinating a number of machines and auxiliaries.
What are the benefits of automation?
Automation’s biggest benefit is the consistency of process and results. Robots and automation don’t replace staff, they augment capabilities beyond what could be accomplished without them. Anything that needs to be done the same way for a long time, or has risk to it can benefit from automation. Sometimes a robot is considered for work that is dirty, dangerous, or dull. We see robotic automation as a tool to provide consistent processes, freeing people for work that is more mentally challenging or varying.
How do robotics become profitable?
Return on Investment calculations to support the use of robotics often consider only direct labor costs, but many more factors contribute to profitability for companies that employ automation. Reduced scrap or rework due to the repeatability of automation, reduced frequency of manual inspection required, less supervision required, increased uptime and throughput potential, and opportunities to combine manufacturing processes can all add to the profitability of a program.