Okuma Robotic Systems

The ORL-D is optimal for dual-process operations, including simultaneous loading and unloading of finished parts. Drawers allow the robot to load and unload the machine while an operator can load and unload parts with ease.

• Handles up to 92 workpieces on a lathe, machining center, or grinder with option templates for 180 smaller parts or 42 larger parts.
• Set up in less than ten conversational steps, speeding deployment and minimizing training. 
• Allows for continued, unmanned production throughout the day and night. 
• Easily reprogrammable to adapt to changing tasks and production needs. 
• Pre-engineered, effective, and affordable automation option starting under $100k. 

Specializing in mixed-part, low-volume automation, the ORL-MC features a three-sided rotating station. Parallel loading and unloading of workpieces for multiple operations can be performed with automatic changeover. 

• Handles up to 288 parts.
• Set up in less than ten conversational steps, speeding deployment and minimizing training. 
• Only requires 9 feet of working floor space. 
• Allows for continued, unmanned production throughout the day and night. 
• Pre-engineered, effective, and affordable automation option starting under $100k. 

The Okuma Mobile Robot (OMR) Series includes collaborative robots that automate workpiece mounting and removal in high-mix, low-volume production environments. OMR10 (5kg workpiece payload) and OMR20 (10kg workpiece payload) available. 

• Operators can access the inside of the machine, even with an OMR installed at the front. 
• Reduced stocker setup time when changing workpieces (approx. 1 minute). 
• Complete new workpiece startup in approx. 10 minutes with easy parameter entry and setup-saving stocker. 
• End effectors include a three-jaw workpiece hand and parallel hand. 
• No need for a safety fence or separately installed stocker. 

As a built-in robotic arm within the machine, ARMROID performs part loading, unloading, chip removal functions, chatter suppression, and more. One operation panel controls the machine and the robotic arm for ease of use and greater efficiency.

• Various configurations are available to meet production needs, including multiple end effector and workpiece stocker options. 
• Built-in design saves valuable shop floor space. 
• Expertise in robotics and robot systems not required, as the robot generates an optimal movement path by following the guidance system for motion settings.  

Okuma smarTwinCELL connects a machine tool, robotic system, and peripheral equipment to automate workpiece loading/unloading, measurements, and other operations. It also assists in improving productivity with advanced preparation and production volume estimation offline, creating efficiencies from anywhere.

• Controller sits on the shop floor; simulator is in the office or any offline location. 
• Pulse handle and PLC ladder program enable easy operability of machining cell. 
• ROID Navi sets parameters for start and end points, with paths automatically generated. 
• Estimate cycle time of machining cells in a virtual space.