We provide what you need from robotics, automation, palletizing, logistics & more.
Our team will source, integrate, configure, test, and coordinate installation & service for your entire packaging system.
The use of workers on small parts and overhead cranes on heavy product have been conventional methods to maintaining manufacturing flow. These handling solutions are often dull, dirty, dangerous, and slow, but their overall complexity leads them to be looked at as too difficult to automate. The problem is compounded when workers create roundabout handling solutions that result in faster processing times but introduce further quality and safety issues.
VMRA uses experienced engineers and in-house EOAT designers to tailor fit each application and overcome the obstacles involved material handling. Manufacturers that partner with VMRA can transform these handling processes into modern automated operations that improve quality and increase production throughput.
From small automotive parts to large aerospace applications, VMRA has your automated assembly precision needs covered. Advances in robotics now means that processes with ultra-tight tolerances or arbitrary positioning demands are now possible. Optimize your workflow and cut your changeover time by choosing the dynamic and flexible robotic assembly systems from VMRA.
VMRA draws on our partnership with the leading global industrial robot manufacturers to locate the robotic hardware and software that is best fit to your short – and long-term needs. Coupling this with our in-house design team creates systems that can conquer your part transfer issues and create a ripple effect that boost performance of other nearby processes.
Picking and packing applications often provide some of the most impactful results available in robotic automation. VMRA picking and packing systems work hard to quickly align and fill product orders, resulting in additional available capacity and product margin improvements.
The need for their new facility to hit production and financial targets, an international supplement manufacturer was seeking ways to undergo important processes more efficiently and with more ergonomic labor for its factory workers.
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