We will exhibit the MVR-Hx, a high-end double-column, 5-face milling machine featuring high precision, high rigidity, and a wide array of options. To increase design flexibility for large-scale parts, there is a growing demand for arbitrary-angle machining on double-column machines. In response to these needs, we will propose an NC 2-axis attachment designed to enhance versatility. We will also introduce the Nidec NC Twin digital twin platform. Through high-precision simulation, it supports the improvement of NC program maturity and the stabilization of machining quality, helping to shorten startup times and achieve high-efficiency production.

Achieving maximum stroke within a compact footprint, the system offers class-leading XY-axis travel relative to the machine's floor space.

We strongly support increased productivity at your facility through our "3D Pallet Stocker System," which enables efficient, continuous operation even with limited personnel. (*Optional)

With 40 years of experience since the market launch of our grinding centers, we support the semiconductor manufacturing industry through reliable grinding technology.

These machines combine Nidec OKK’s powerful machining centers with grinding capabilities, enabling the processing of high-hardness and brittle materials. They accommodate a wide range of machining applications.

The "LAMDA500" metal 3D printer utilizes Powder DED (Directed Energy Deposition) technology, delivering high build speeds that enable metal additive manufacturing of large-scale components. We offer additive manufacturing solutions that overcome the limitations of conventional machining, including prototyping of complex geometries, part consolidation, repair of worn components, and cladding with dissimilar metals. Featuring our proprietary local shielding technology, it eliminates the need for a large vacuum chamber, significantly reducing installation costs and footprint. At our JIMTOF booth, we will display a wide array of the latest printed samples and concrete application examples. We invite you to experience the future of manufacturing firsthand at the venue.

In the rapidly expanding EV and precision robotics markets, the demand for higher accuracy in internal gears used in drive units continues to rise. Utilizing patented technology, our internal gear grinding machine was the world’s first to apply generating internal gear grinding to mass production. It has earned high acclaim from customers by achieving both high precision and high efficiency.

At JIMTOF 2026, we will hold the world premiere of a new model that expands our lineup to meet increasingly diverse production needs. We propose the optimal "internal gear finishing solution" that considers everything from equipment installation to reducing operational running costs.

This process-integrated machine combines both hobbing and chamfering operations into a single unit. Built on the foundation of our long-selling GE series dry-cut hobbing machines, it features a 4-station ring loader and a compact chamfering cutter head, making it an ideal space-saving model for mass production.

For the chamfering process, it utilizes generating machining with our proprietary "ChamferX" tool. While maintaining short cycle times, it prevents secondary burrs and bulging on both the tooth ends and flanks, achieving excellent surface finish quality. Furthermore, the wide-door design enhances tooling accessibility at each station. We invite you to see the actual machine at our JIMTOF booth to experience its seamless combination of process integration and ease of operation.

In the expanding robotics market, the high-precision hobbing machine "GE15FR Plus" has earned high acclaim as a machine specialized for small-module gears, including wave gear reducers. We have been advancing development in this field for over a decade, building a rich track record of deliveries.

This machine thoroughly pursues improved rotational accuracy for both the main spindle and table axis. Furthermore, by combining it with our in-house tools for small-module gears—utilizing uniquely developed substrates and coatings—we propose optimal machining solutions from both machine and tool perspectives.

Making its world debut, the new "TEX-2500S GR" is a mid-class Multi-Tasking Machine equipped with 10-inch opposed twin spindles and a 12,000 min^-1 tool spindle. Under the concept of "Flexible, Fast, and Economic," it achieves approximately 30% space-saving compared to conventional machines. The newly introduced GR specification enables hobbing, skiving, and gear milling. It completes high-precision gear machining—increasingly in demand in the EV and robotics markets—from turning to gear cutting in a single setup (one chucking).

Featuring a large-capacity ATC (30 tools standard / 60 optional) and a shortened tool spindle that maximizes workspace, this machine drives process integration and boosts productivity for complex parts.

Our globally best-selling engine piston machining lathe is opening up exciting new possibilities as a solution for the next-generation robotics industry.

By combining TAKISAWA's original, high-speed-tracking non-circular machining unit—refined over decades—with our unique non-circular programming software, 'TPPF4,' we enable the high-precision machining of components for 'strain wave gearing'—a critical element for humanoid robot joints. We cordially invite you to visit our booth and experience the fresh potential of this machine, which is capturing renewed industry attention 30 years after its debut.

Symbolizing the global collaborative strength of the TAKISAWA Group, this high-rigidity vertical turning center is equipped with a high-performance milling function. Its heavy, symmetrical bed structure minimizes thermal displacement, working in tandem with a high-power spindle motor to deliver exceptionally stable heavy-duty cutting capabilities. Featuring a spacious machining area with a maximum turning diameter of 450mm, it easily accommodates a diverse range of workpieces, from automotive to aerospace components. Don't miss our joint solution exhibit alongside the TPS series, highlighting high-precision reducer parts for humanoid robots—a rapidly growing sector capturing global attention.

We are showcasing our TR-20W robot system equipped with the latest physical AI as a concept exhibit.

The ultimate highlight of this system is how it overcomes a major barrier to factory automation: chip entanglement issues. In our live demonstration, watch the robot autonomously perceive and evaluate the situation to clear away tangled chips from the spindle.

Come experience this cutting-edge approach to next-generation, unmanned, fully automated factories live at our booth!

Covering materials from high-speed steel to carbide, our "precision cutting tools" leverage extensive knowledge and technology in gear machining. By combining optimal tool geometries for each workpiece—such as hobs, pinion cutters, and skiving cutters—with uniquely developed substrates and coatings, they achieve superior wear resistance and long tool life even under high-speed and dry machining conditions. Furthermore, our global supply system across four bases worldwide, along with re-sharpening and re-coating services, supports stable production and environmental load reduction.

At JIMTOF 2026, we will showcase a broad tool lineup, featuring "small-module machining tools" tailored for the expanding robotics market.

The "MP Scale" is ideal for linear and angular position detection across a wide range of industrial machinery, including machine tools. Utilizing an electromagnetic induction system, it remains virtually unaffected by harsh environments with splashing oil, coolant, and chips, maintaining high initial positioning accuracy over long periods. With an extensive lineup for both linear and rotary applications, it supports enhanced equipment reliability.

At JIMTOF 2026, we will make the domestic debut of the new "MPLJ Series," designed with long-stroke compatibility for large-scale equipment. It achieves reduced wiring man-hours, streamlined origin return at startup, and labor-saving maintenance—solving challenges across design, manufacturing, and maintenance processes while reducing user workload.

PAMA, which has extensive experience in manufacturing horizontal boring mills and large machining centers, joined the NIDEC Group in 2023. We will introduce them through a video display at JIMTOF.