Makino
Canvas Category Machinery : Machining Center : CNC
A Makino is more than a CNC machine. It’s relentless consistency, historic accuracy, industry leading expertise and game-changing digital technology. If you are ready to take productivity to the next level, you are ready for a Makino. As the industry leader in CNC machining center design and digital innovation, Makino introduces game-changing machining solutions for premium performance. We produce the world’s most accurate and highest quality metal-cutting and EDM machines— horizontal machining centers, vertical machining centers, 3-axis, 4-axis and 5-axis machining centers, graphite machining centers, and wire and sinker EDMs.
Assembly Line
Japan's Nidec takes aim at Makino Milling with $1.6 bln unsolicited bid
Japanese manufacturing giant Nidec plans to launch a 257 billion yen ($1.6 billion) bid for Makino Milling Machine, a surprise unsolicited takeover offer in a country better known for agreed deals. Nidec said Makino’s board had not agreed to the 11,000 yen per share offer, a 42% premium to Thursday’s closing share price, as it had not proposed the bid before announcing it. The world’s top manufacturer of precision motors said it plans to clear regulatory processes by early April and launch the tender offer on April 4, even without Makino’s consent.
A reform push by the Tokyo exchange has also sparked a slew of share buybacks, unwindings of cross-shareholdings and management buyouts. Nidec last year acquired Takisawa Machine Tool after making a 16.6 billion yen unsolicited takeover offer. Nagamori told the Nikkei newspaper this month that Nidec was on the hunt for a purchase as big as 1 trillion yen and was eyeing three potential targets in Europe and the United States.
Refining Shopfloor Processes for Mission-Critical Parts
Even a Top Shop can benefit from process refinement, and in the four years since Pacon Mfg, Inc. (also called PACON after founders Paul and Connie) qualified as the 2020 Top Shops Honoree in Shopfloor Practices and Performance, the shop has continued thriving due to its enduring focus on the same ideas that led to it becoming a Top Shop. In addition to its automated five-axis workflow, this has involved the acquisition of a second location to offload operations better suited to other types of machining processes, as well as an increasing investment in software to meet the ever-evolving needs of its customers.
Walking onto the shop floor of PACON’s original location in Livermore, California, the 60-pallet Makino MMC2 flexible machining system (FMS) commands a lot of attention. The system is connected to two Makino a500Z horizontal five-axis machines, each with a 313-tool magazine and tool breakage detection systems. The different pallet slots have different vise configurations for different types of part configurations, with the FMS running “air traffic control for the machine,” as McClure puts it, by keeping track of which program goes to which pallet.
PACON’s other big automation push centers on its quality department and its software. With 75% of parts requiring evidence of quality beyond a certificate of conformance and defense customers wanting full inspection reports on every unit of every part number, the shop has needed to juggle a large paper trail for every one of these parts. Accomplishing this efficiently has required the automation of front office tasks and the digitization of the material chain of custody. To do so, the shop has sought after an ERP to match the lean philosophy of its shop floor.
In 2023, this led PACON to adopt Microsoft Dynamics Business Central as its ERP system. This system has the power to capture part documentation and quality records from their point of origin, connect these documents to the correct shipments and lots, automate basic communications such as advance shipping notices and carry forward the barcode-driven production monitoring the shop began under its previous ERP. McClure also says that Windows 11 and the Microsoft 365 environment are useful for meeting CMMC requirements, with features like built-in support for document encryption and Multi-Factor Authentication access control on user devices.
Beyond ERP, PACON manages its part quality through a Hexagon CMM programmed using customer models and a repeatable program to take critical dimension inspection reports. It also relies on a combination of Mastercam for CNC programming and Vericut for NC program simulation.
Makino UX3
Setting Up the Building Blocks for a Digital Factory
Woodward Inc. spent over a year developing an API to connect machines to its digital factory. Caron Engineering’s MiConnect has cut most of this process while also granting the shop greater access to machine information.
MiConnect plays two major roles at Woodward. First, it connects data from the machines to Ignition, the company’s SCADA (supervisory control and data acquisition) software from Inductive Automation, and vice versa, enabling the digital factory concept. Second, the software streamlines the development of successful automation integrations, both directly through simplification of robot cell control and indirectly through revision control and facilitation of machine tool compensation features.
Jason Reeves, manufacturing engineering manager at Woodward’s Rock Cut campus in Rockford, Illinois, says that the company has used Caron’s TMAC (Tool Monitoring Adaptive Control) and auto-compensation software programs since they launched a decade ago. The software programs, at their core, would eventually power MiConnect, he says, and he can chart the course of the software’s development through his interactions with Caron staff.
Woodward’s Rock Cut team primarily uses Makino, Okuma, and Studer tools for its high-tolerance, mid-volume workload, but also uses a Tsugami Swiss-type and other assorted machines for particular jobs. The team tried to interface these machines with Ignition, starting with the Makino machines, but transferring the exact data they wanted proved difficult. Coding custom connectivity to acquire the data from the Makino machines’ FANUC controls — and later, setting up two-way communication — took over a year of work. Crucial pieces of data were invisible from the user end, and the team would have to code without knowing if they were targeting the correct pieces of information. While the project was ultimately successful, it was impractical to repeat for the other types of machines — at least, not without software that could cut this engineering time. This is where Reeves says MiConnect proved itself.
EDM wire Selection
🖨️ On the Ground at Zeda’s New 3D Printing Facility with Shri Shetty and Greg Morris
Zeda, originally PrinterPrezz, primarily works with medical implants and related instrumentation, and Morris explained that when PrinterPrezz acquired his Vertex Manufacturing company, they were “brought on board to continue to do what we do with aerospace and the DoD, and energy, and other industries, but also a significant medical focus and making the actual cervical spinal implants and instrumentation.”
Walking through the large factory, Morris said that, save for a few aisles, the concrete floors would all soon be covered with epoxy, some of which you can see in the above image. In terms of automation being used, we passed by a Makino a51nx 4-axis CNC machining center, and a system of “carrier pallet mobile systems,” which allows operators to set up different jobs on the steel pallets. Morris said this was “a good example of trying to take and automate equipment in order to really perform lights-out manufacturing.”