Davis Manufacturing
DMG MORI is proud of its manufacturing capabilities in the United States.
Company logo Mori Seiki is a Japanese manufacturing company of precision machines, most of which would seem pretty mysterious to those of us without engineering backgrounds. In addition to the Digital Technology Laboratory that already exists in Davis, the company's first North American factory was completed in Davis in 2012. It was estimated that the factory would employ between 100 and 150.
Our Davis, California campus consists of both our U.S. factory and DMG MORI’s American Research and Development hub, which allows us to be closer to our North American customers. The extensive use of automation combined with our highly skilled workforce make Davis one of the most advanced factories in the world.
Dmg Mori Davis Factory
Software QA Engineer DMG MORI February 2013 – January 2016 3 years. Davis-Verified the dimensions, axis traverse limits and motion of 150+ 3D models of our CNC Machines in our Machining. Mori Seiki is the start of something big. At least, that appeared to be the overriding sentiment Wednesday when the sparkling new Japanese tool manufacturing plant on Second Street in Davis officially opened its doors to the community with a ribbon-cutting ceremony.
As one of our valued customers, you will have the opportunity to see how our machines are built from the ground up. Take a closer look at our machining, quality assurance, assembly processes, and a fierce belief in utilizing our own machines and automation systems as an integral part of our factory. The DMC 340 U, three NHX 10000’s, and two NH 6300 DCGII, each with pallet pool systems and automation, have been built using our own products. Our fully-automated line also includes robot loaders and washing stations custom-built into our LPP systems.
Attendees saw the U.S. premier of two five-axis machining centers. They also saw vertical machining centers and the company’s advanced machine tool factory.
New to the U.S. market is the DMU 75 MonoBlock, a five-axis machining center that balances a relatively compact footprint (less than 86 square feet) with a relatively large work envelope for parts measuring as large as 33 inches in diameter and weighing as much as 1,322 pounds. The demo at Davis emphasized the accessibility of the configuration (it enables loading with a crane) and the flexibility of the swiveling rotary table. The machine was shown with a FANUC control unit using the Celos interface and Mapps digital operating system.
The cubic fixture in the demo on the DMU 75 had five-sided workholding with multiple parts on some sides.
Also making its debut was the DMU 90 P DuoBlock, a five-axis machine configured with a rotary head over a rotary table. The “P” designation indicates that it is powered for heavy-duty machining of large workpieces as heavy as 3,970 pounds. Its stated positioning accuracy is 4 microns. X-axis travel measures 35.4 inches. This machine is described as “an economical entry into machining of die/mold work and aerospace structural components.”
The demo on the DMU 90 P, however, showed the maneuverability of the machine working around a rock drilling head that featured complex contours, holes at odd angles and deep recesses.
The DMU 50 shown here is built in Davis. The demonstration of this universal machining center featured a prototype steering knuckle for a sports car. The machine has full five-axis capability, but the point of this demo was to show how the 3+2 mode enables a complex part to be completed in only two operations.
By positioning the workpiece for access by the highly flexible orientation of the cutting tool on the DMU 50, this steering knuckle needs only one refixturing to be machined completely. As many as five setups might be needed without the five-axis positioning of this machine.
Three versions of the CMX 1100 V machine were on display to show how this platform can be “packaged” for the various needs of job shops looking for a boost in their vertical machining capability. The CMX 1100 V is the largest of the machines in this series and the best-selling size (the CMX 600 V and the CMX 800 V have smaller tables). The version shown here represents the “value” package with the basic features included to give an entry-level machine with 55 inches of X-axis travel and a 12,000-rpm spindle. The “performance” package displayed nearby looked nearly identical, but features a 15,000-rpm spindle and is prepped for on-board probing, coolant and filtration options plus automation. The CNC has more advanced features as well.
This CMX 1100 V definitely has a distinctive appearance because it is equipped with a VersaBuilt roboticized part loader/unloader.
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The self-contained VersaBuilt unit is designed to easily swing away from the machine. This enables the machine to be operated manually without obstruction and the unit to be served easily.
The key to this unit’s success is the robot’s ability to load and unload vise jaws along with loading and unloading workpieces, all automatically. The robot can switch from loading and unloading one type of workpiece to another by quickly exchanging the jaws needed for the new part. Developers say this flexible, automated system can out-produce an HMC with a pallet changer when part mix is high and batch sizes are on the low to medium size.
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Davis, California, is a satellite community of Sacramento, the state’s capital, and the location of the University of California’s Davis campus. Davis is also home to DMG MORI’s Digital Technology Laboratory and its North American manufacturing plant. During the company’s Technology Days event Nov. 13-16, customers and journalists had the opportunity to see the U.S. premier of two five-axis machining centers, a variety of vertical machining centers, and the company’s advanced machine tool factory.
One theme that connected all of these sights was an emphasis on “digital connectedness”—the ability to organize and manage production with current, detailed data, which is the essence of the Industry 4.0 concept.
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