.jpg "Automation Video: One Robot, Two VMCs, 4 Workpiece")
In another example of Gosiger Automation designed robot-based factory automation, this video, demonstrates how a Fanuc M-16iB robot services two Okuma Vertical Machining Centers (VMC). Each machining center is equipped with 4-position, 4th axis indexers. Four workpieces at a time are loaded into precision workholding fixtures, and returned to precision pallets for further automated processing. Note how the conveyor system moves the workpieces into position for the robot arm to pick and load them into the machine tool, then flips the fixture around to deposit the machined parts into the pallets. The machined parts are then moved along the conveyor to the next step in the process.
Just like the online sites you visit to download the latest APPs for your smart phones, tablets and computers, you can now access productivity-enhancing APPs for your Okuma CNC machines from the .jpg)
A new series of high-accuracy multitasking CNC lathes dramatically reduces the number of fixtures required for complex part machining, thus reducing setup time while increasing machine uptime. Now available from Okuma and Gosiger, the 
Gosiger encourages all customers to have in place a comprehensive Planned Preventative Maintenance Plan for all of the equipment in their shop. By performing the regular inspections and service that every machine requires, you can avoid unnecessary downtime, lost production, late deliveries and expensive machine repairs.
Recently a customer asked Gosiger to help reduce the cost of machining complex pump shafts it produces for military and other applications. The CNC machine shop was using 5 machine tools to perform 14 operations on the workpiece, including turning, drilling, milling and hobbing. This required multiple setups, programming, machining cycles, and movement of the part between the 5 machines.
Dayton OH – Okuma machine tool distributor and automation systems developer Gosiger, Inc. recommends a new, free APP from Okuma that alerts machine users when routine maintenance is required. If properly used, the Scheduled Maintenance APP helps keep machines operating at peak efficiency and reduces downtime and workflow interruptions.
Dating back to the time when all machine tools were operated manually and part tolerances were more forgiving, the “C” machine design was the industry standard. When CNC came along, dimensional tolerances tightened and manufacturers demanded faster spindle speeds to deal with harder-to-machine alloys, the inherent performance problems with the “C” design became obvious. We asked Jim Endsley, Product Specialist Machining Centers for Okuma, to explain why the company moved from “C” designs to the current double column or bridge design. Here are the facts Jim shared with us:
Dayton, OH – Machine Tool Distributor and Automation Systems Integrator Gosiger, Inc. has developed a new product to enable Okuma CNC machine users to seamlessly integrate a variety of peripheral devices such as bar feeders, high-pressure coolant systems, hydraulically activated fixtures and steady rests through one interface to the machine’s OSP 200 and above control.
Gosiger Controls Specialist Jon Weaver shot this video of a Remote Offset application developed for a Gosiger machining cell customer. Using the Okuma Application Program Interface (API) that enables programmers to create Windows®-based APPs for the Okuma OSP operating system, this program provides the cell operators an easy way to adjust tool offsets from outside the cell.