Auto Doors
Many different options, including ball screw-driven auto doors, are available to provide legacy machines with greater control and autonomy.
Whether you’re looking to start small or setting the foundation for a completely autonomous shop, our automation readiness portfolio has everything you need. The robust robotic interface on our OSP CNC control makes it easy to experience high, scalable efficiency without an extensive investment or long install times.
We provide a path forward for every shop with the ready-to-go systems below. Or, if you need something that’s one of a kind, we can engineer it for you. One conversation helps our team prescribe or create the perfect entry-level CNC automation solution.
Quick material handling and continuous loading allow any Okuma lathe to run unattended for longer. Our bar feeder options are carefully designed to accommodate various stock diameters and lengths, simplify operations, and improve cycle times. Plus, compatibility with robotic systems can create completely automated workflows from start to finish.
Keep production constant without stopping or opening the door to catch parts out of the chuck. In addition to increasing spindle uptime and throughput, automating the collection of finished workpieces creates consistent, error-free handling processes and optimizes operator value.
Many different options, including ball screw-driven auto doors, are available to provide legacy machines with greater control and autonomy.
We integrate this system directly into the machine’s structure for automated workpiece loading and unloading.
Often paired with a parts catcher, an outfeed conveyor transports completed workpieces from your machine.
When the groundwork is laid and frameworks are built, bigger and more advanced automation can follow. Explore our lineup of robotics, gantry loaders, and automatic pallet changers to further your automation journey.
SEE STANDARD SOLUTIONS →And start maximizing spindle uptime with automation built for nonstop precision, repeatability, and throughput.