Nidec Machine Tool to Launch MPLJ Series: A Linear Position Detector for Large Machine Tools and Long-stroke Equipment

Ritto, Shiga – 15 JUN 2026 – Nidec Machine Tool Corporation announced today that it will launch the MPLJ series on June 15, a linear-type high-accuracy position detector capable of handling long strokes for large machine tools and long equipment. With its unique MP Scale that adopts an electromagnetic induction method, this new series realizes a position detection accuracy of ±2.5μm/m with a maximum stroke coverage of 255m. In addition, this product boasts high usability with an absolute system (which does not require homing during startup) and single-cable use.

As machine tools and transportation equipment have become increasingly larger in recent years, demand has grown for position detectors capable of supporting long travel distances, reducing wiring labor, enabling efficient startup upon activation, and minimizing power consumption during maintenance. The MPLJ series successfully addresses these challenges in desig, manufacturing, and maintenance processes to help reduce the burden on users.

1. Maximum coverage of 255m and improved maintainability
By connecting standard-length scales of 1,000mm, 750mm, 500mm, and 250mm in a modular configuration, the MPLJ series achieves a maximum stroke coverage of 255m. The use of standard-length scales simplifies transportation and installation, while offering improved maintainability when damaged, as only the affected section needs to be replaced.

2. Single-cable connection significantly reduces wiring labor
With an A/D converter and pre-amplifier function built into the head, MPLJ does not require an external signal conversion unit – which is necessary for conventional products. This improvement enables a single-cable-based direct connection from the MPLJ sensor head to the NC controller, simplifying wiring and reducing the equipment design workload. (Note: This feature depends on the controller equipment).

3. Absolute position detection enables faster equipment startup
The MPLJ’s absolute position detection function, which incorporates both incremental and absolute patterns, retains position information even when the power is turned off, and eliminates the need for homing during startup during activation. In addition, the MPLJ does not require a backup battery, which further helps reduce maintenance workloads.

4. IP67 to ensure high-accuracy, stable operation in environments with oil and machining chips
The MPLJ adopts fully contactless structure based on an electromagnetic induction method to be free of wear components. In addition, complying with IP67, the product realizes stable operations even in dusty and oily environments, while maintaining a highly accurate position detection capability of ±2.5μm/m, ensuring long-term, high-accuracy position detection.

5. Multi-head capability for multi-axis control and greater design freedom
With its “multi-head” capability, where the user can mount multiple heads on a single scale, the MPLJ can control multiple axes independently and provide greater equipment design flexibility. Furthermore, the use of the dedicated software, MP Checker II, enables easy installation condition check, long-term condition monitoring, and maintenance diagnostics.

See the full press release here: https://www.mynewsdesk.com/us/nidec/pressreleases/nidec-machine-tool-to-launch-mplj-series-a-linear-position-detector-for-large-machine-tools-and-long-stroke-equipment-3454358

Welcoming New Talent to NIDEC MACHINE TOOL AMERICA

As NIDEC MACHINE TOOL AMERICA continues to grow, so does our team. Bringing in new talent is central to how we expand our capabilities, strengthen our support, and continue delivering value to our customers.

We are excited to officially welcome two new members to the team: Thomas and Alex. We sat down with both of them to discuss their backgrounds, what drew them to the world of manufacturing, and what they are looking forward to as they get started at NIDEC MACHINE TOOL AMERICA.

Thomas O. – Applications Engineer for Additive Technologies

Thomas joins NIDEC MACHINE TOOL AMERICA with a strong foundation in both traditional machining and additive manufacturing. His career began with hands-on experience programming and operating CNC machines, where he built a deep understanding of shop floor operations and the day-to-day realities of production. He later moved into a manufacturing engineering role, supporting technicians and ensuring efficient, reliable operations in high performance environments.

Most recently, Thomas worked as an applications engineer focused on directed energy deposition (DED) hybrid systems. In that role, he helped customers implement additive solutions and gain a better understanding of how these technologies fit into real world workflows.

“To be honest, I originally was not planning on working in manufacturing,” Thomas shared. “But the necessities of my first job resulted in my gaining significant experience on the shop floor. I enjoyed the feeling of having something tangible I can point to when people asked what I did, so that was what I continued to focus on for the rest of my career.”

At NIDEC MACHINE TOOL AMERICA, Thomas will be focused on supporting our Advanced Manufacturing Technologies team, particularly within our LAMDA series. He is eager to dive into new projects that bridge the gap between software and hardware.

He also noted the strong first impression the team has made. “Everyone has been very forthright and helpful. I look forward to working with everyone here in Wixom as well as in the NIDEC OKK office in Roselle.”

Alex K. – Field Service Technician/Engineer

Alex joins the NIDEC MACHINE TOOL AMERICA Service team with a lifelong curiosity for how things work. From an early age, he was taking apart electronics and appliances to figure out how to fix them. It was a mindset that naturally evolved into working with industrial equipment.

“The things that caught my interest in manufacturing are the endless opportunities for growth and learning,” Alex said. “Most days it is not work, but more like being compensated to have fun and watch the results of my work come to life.”

In his role as a Field Service Technician/Engineer, Alex will be working directly with customers in the field. He will be supporting a wide range of machines including milling, boring, grinding, and gear cutting equipment. His goal in the first six months is to gain a comprehensive understanding of the full NIDEC lineup so he can help wherever he is needed.

Alex emphasized how important team culture is to him, and it was something he immediately noticed at NIDEC MACHINE TOOL AMERICA. “NIDEC hit a home run from the first conversation I had with them. They are very methodical in all that they do, which spoke highly about the culture here. Everyone helps one another to ensure the team is strong.”

He also addressed common misconceptions about the industry. “People think that it is boring or a dead end, but that is the furthest from the truth… With hard work and commitment to learning, the doors will open up wider than you can imagine.”

Looking Ahead

As we continue to grow, adding team members like Thomas and Alex is key to supporting our operations. Their combined experience, curiosity, and hands-on mindset reflect the direction we are heading as a company.

We are excited to have them on board and look forward to the impact they will make for our customers and team.

Welcome to the team, Thomas and Alex!

5th Anniversary Spotlight

This week, we are proud to recognize Rob Swiss for five years with NIDEC MACHINE TOOL AMERICA and his contributions to our Sales team.

Over the past several years, Rob has worked closely with customers across the industry, helping them find the right solutions while strengthening long-term partnerships. We caught up with him to talk about his experience so far and what he has learned along the way.

1. Thinking back to your first year in sales here, what is the biggest shift in how you approach a new lead or customer today?

Early on, a big focus was ensuring that customers understood the name change from Mitsubishi to NIDEC. During that time, I not only enjoyed getting to know customers who were new to me, but existing NIDEC customers as well. It was great to hear firsthand how much they liked our products.

2. Is there a specific customer success story that stands out to you?

Circle Gear stands out, especially their move into CNC gear hobbing and then into CNC hobbing with automation. Another example is John Deere, where we introduced onboard machine chamfering.

3. How have your relationships with your long-term clients changed over the last five years?

The relationships have continued to grow stronger, largely because of the reliability of our machines. When customers know they can count on the equipment, that trust builds naturally over time.

4. When you are sitting down with a new customer, what is one thing about the NIDEC lineup that you are always most proud to talk about?

I usually talk about how quickly NIDEC can respond when it comes to selling and installing a stock machine. In some cases, we can have a customer up and running in as little as two weeks.

5. Five years in, what is the most important piece of advice you would give to someone joining our sales team today?

Use existing customers as a reference. It is one of the best ways to show how well our products perform and how reliable they are.

Five years is a meaningful milestone, and Rob’s steady approach and focus on building trust continue to make a difference for both our customers and our team.

Congratulations, Rob, on five years with NMTA! We appreciate the perspective, consistency, and relationships you have built along the way, and we look forward to what is ahead.

NIDEC MACHINE TOOL AMERICA and WENZEL to Host Gear Up for Precision Open House

Wixom, MI – 26 MAR 2026 – NIDEC MACHINE TOOL AMERICA is pleased to announce a joint Open House with WENZEL America this June, bringing together manufacturing leaders for two days of technical presentations, live demonstrations, and industry networking. The Gear Up for Precision Open House will spotlight NIDEC’s latest advancements in gear manufacturing and its expanding portfolio of advanced manufacturing technologies, paired with live demonstrations of WENZEL’s high-precision metrology and CT scanning solutions.

Bridging the Gap Between Production and Validation

This joint Open House highlights the critical synergy between high-performance machining and precision measurement. Attendees will see firsthand how NIDEC’s production workflows are complemented by WENZEL’s inspection and validation technologies, helping manufacturers achieve higher throughput and tighter tolerances. 

Event Highlights and Technical Showcases

Throughout the two-day event, live demonstrations will feature NIDEC’s latest equipment alongside WENZEL’s metrology and CT scanning systems. These demonstrations will show how integrated measurement data can validate production results and accelerate process optimization.

Expert-led technical sessions will offer insights into current industry trends while addressing the specific challenges of modern manufacturing environments. 

Attendees will also have the opportunity to connect with representatives from several industry partners, including Takisawa, Federal Broach, and Gear Research Technologies, to discuss application-specific solutions and emerging technologies. 

Beyond the technical program, the Open House will provide ample opportunities for networking with industry peers and subject-matter experts to discuss the future of smart manufacturing. The event will also feature catering and entertainment, creating a productive environment for professional exchange.

Event Details

  • Date: June 9-10, 2026
  • Location:
    • NIDEC MACHINE TOOL AMERICA 46992 Liberty Dr Wixom, MI 48393
    • WENZEL AMERICA 28700 Beck Rd Wixom, MI 48393
  • Format: Two-day Open House featuring technical presentations, demonstrations, and networking opportunities.

Registration and Information

Space for this exclusive event is limited. To reserve your spot, please visit https://www.wenzelamerica.com/event/gear-up-for-precision-open-house/ or contact Samantha Hambleton at samantha.hambleton@nidec.com. 

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NIDEC MACHINE TOOL AMERICA Expands Advanced Manufacturing Portfolio, Rebrands Division to Reflect Broader Capabilities

Wixom, MI – 12 MAR 2026 – NIDEC MACHINE TOOL AMERICA has announced the
rebranding of its Additive Manufacturing division to Advanced Manufacturing Technologies, marking a significant step forward in the company’s commitment to delivering precision manufacturing solutions across North America.


The newly named division brings three distinct technology platforms under one umbrella:
LAMDA, the company’s metal additive manufacturing system; ABLASER, a high-precision
laser micromachining system; and BOND MEISTER, a room-temperature wafer bonding
machine built for semiconductor and MEMS applications.

“This expansion reflects where the industry is heading and where we stand as a company,” said Tyson Gregory, Advanced Manufacturing Technologies Sales Manager. “By bringing these specialized systems together, we are making it easier for our North American customers to leverage our full suite of solutions.”

About the Technologies

LAMDA – DED AM System

LAMDA is NIDEC’s Laser Powder DED Additive Manufacturing system, built for large-scale metal 3D printing. The series, comprising the LAMDA200, LAMDA500, LAMDA2000, and LAMDA5000, features advanced process control with AI anomaly detection for real-time monitoring and feedback, ensuring stability and repeatability throughout the build. Additionally, its local shield nozzle allows for the printing of reactive materials without a full inert gas enclosure, which simplifies setup and speeds up delivery.

ABLASER – Laser Micromachining System

The ABLASER is built around proprietary optical head technology and a prism rotator. This enables ultra-high precision helical machining, drilling micro-holes down to ⌀27 μm in materials like silicon, SiC, and ceramics with no thermal distortion. Its flexible taper hole control supports straight, forward taper, reverse taper, and hand-drum-shaped geometries.

BOND MEISTER – Room Temperature Wafer Bonding Machine 

BOND MEISTER joins wafers through surface activation bonding inside a high-vacuum environment; no heat is required. This eliminates thermal stress and distortion, allowing for the bonding of dissimilar materials like GaN, GaAs, and silicon. The lineup includes the MWB-04/06-R for research, prototyping, and small to medium volume production; MWB-04/06/08-AX for high-throughput production with fully automatedcassette-to-cassette operation; and MWB-08/12-ST for 300 mm wafer bonding in high-volume applications.

Availability

All three systems are available through NIDEC MACHINE TOOL AMERICA and backed by the North American sales and service network. 

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10th Anniversary Spotlight

Reaching 10 years with one company is a meaningful milestone, especially in an industry where expertise is earned through time, repetition, and problem-solving. This week, we are proud to recognize Ian Gargano, Parts and Service Sales Manager at NIDEC MACHINE TOOL AMERICA (NMTA), for a decade of dedication to our customers and our team.

We sat down with Ian to reflect on the past 10 years, what has changed at NMTA, and what continues to motivate him every day.

1. Thinking back to when you first walked through the doors ten years ago, what’s the biggest “then vs. now” change you’ve noticed?

Ten years ago, I walked into a very traditional corporate environment under the Mitsubishi Heavy Industries banner. Today, as NIDEC MACHINE TOOL AMERICA, the energy is more streamlined, agile, and forward-thinking. Personally, the biggest change is my perspective: “Then,” I saw complex boxes of steel I didn’t understand; “now,” I see the precision engineering and the vital role our machines play in the global supply chain.

2. If you could go back to your first week on the job, what’s the one thing you know now about our machine lineup that you wish you knew back then?


I wish I’d known that our machines, especially the gear hobbers and grinders, are essentially the “DNA” of the manufacturing world. In my first week, I was intimidated by the complexity. If I could go back, I’d tell myself: Don’t just look at the buttons; look at the precision of the parts coming out. Understanding the end-use makes the technology much more fascinating.

3. How has your role evolved over the years? Were there any pivotal moments that have shaped your career at NMTA?


I started with zero CNC knowledge, essentially learning the language of the industry from scratch. My role has evolved from being a student of the craft to a consultant who can anticipate customer needs. The transition from Mitsubishi to Nidec was a pivotal moment; it was a “sink or swim” era for many of us, and choosing to embrace the new Nidec philosophy really solidified my career here.

4. What were some of the biggest challenges you faced, and how did you overcome them?


The biggest challenge was the technical learning curve. There were days early on when I felt like I was reading a book in a different language. I overcame it by never being too proud to ask the veterans on the floor questions. I learned that in this industry, curiosity is your most important tool.

5. If you could give advice to yourself on your first day, what would it be?


Be patient with yourself. You aren’t going to master a gear shaver or a large-part milling machine in a week. Trust the process, take tons of notes, and don’t just memorize part numbers. Learn the why behind the machine. The faster you understand how these components work together, the better you can advocate for the customer.

6. What sets NMTA apart from other places you’ve worked?


It’s the unique blend of Japanese precision and American grit. We have the backing of a global powerhouse like Nidec, but our local team feels like a tight-knit family.

7. Are there any company traditions, events, or moments that stand out to you?


The rebranding day when we officially became Nidec stands out. There was a mix of nostalgia for the Mitsubishi era and a genuine electricity about what the Nidec Green would bring to our future. It felt like the start of a new chapter for all of us.

8. How has teamwork and collaboration played a role in your success?


In the world of machine tools, there is no solo win. If engineering isn’t talking to sales, or service isn’t talking to parts, the customer feels it. My success is 100% tied to the fact that I can walk across the hall and get an answer from a colleague with 30 years of experience.

9. How do you approach building strong relationships with customers?


I approach it with radical honesty. Customers in this industry can smell sales speak a mile away. I build relationships by admitting what I don’t know, finding the answer quickly, and treating their machine downtime as if it were my own.

10. Can you share a memorable story of a time you went above and beyond for a customer?


I remember a situation where a customer’s production line was halted, and the lead time for a replacement part was weeks out. I knew they couldn’t wait. We coordinated with our team to pull a critical component off one of our floor machines so the customer could be back up and running the next morning. Seeing them go from panic mode to production mode because of our quick thinking is why I love this job.

11. What accomplishment are you most proud of during your time at NMTA?


I am most proud of my transition from being a “parts taker” to a technical consultant. I’ve made it my mission to educate our clients on the importance of OEM parts and factory-trained service. Helping a customer move away from quick fixes to embracing the Nidec standard, and seeing their machine longevity increase as a result, is incredibly fulfilling.

12. What has been the most rewarding part of your job?


It’s the tangibility. In a digital world, we work with things you can touch. Seeing a massive piece of equipment installed, running, and creating perfect parts is a satisfying feeling that never gets old. Knowing I played a part in keeping that machine running is a great feeling.

13. What do you see for the future of your department and the company?


I see us becoming even more integrated with automation and Industry 4.0. Under the Nidec umbrella, our capability to provide turnkey solutions is only growing. For the Spare Parts department, I see us becoming more agile and data-driven while keeping that core human touch that our customers rely on.

Congratulations, Ian, on 10 years with NMTA, and thank you for the expertise, care, and consistency you bring to customers every day!

Gear History: Euler and the Involute Tooth

Circa 1754, Leonhard Euler helped put gear tooth geometry on a solid mathematical foundation. His work is often cited in early treatments of the involute profile and why it works so well for power transmission in the real world.

By the 1700s, gears were already essential in clocks, mills, and early machinery. Tooth shapes back then were usually guided by workshop practice, available tools, and whatever worked reliably for a specific build. As gear theory matured, the involute profile emerged as the clear winner because it combines predictable motion with manufacturing practicality.

1) The Involute’s Real Superpower: Center Distance Forgiveness

In a perfect drawing, the center distance never changes. In a real gearbox, it does. Housings deflect under load, bearings wear, temperatures shift dimensions, and tolerance stack-ups happen. The involute profile’s key advantage is that it maintains a constant angular velocity ratio even with small variations in center distance.

2) Line of Action: Connecting Shape to Force

The involute tooth form is inseparable from the line of action. This is the path along which force is transmitted during meshing. In a standard involute mesh, the common normal at the point of contact always lies on the same line of action. That line is a common tangent to the base circles of both gears. In a properly functioning system, the gear teeth engage along this line. This ties tooth geometry directly to load direction and outcomes like efficiency, heat generation, and wear.

3) Why Manufacturing Adopted it and Never Looked Back

The involute is not just mathematically convenient, it is also manufacturing-friendly. Generating methods like hobbing and shaping align naturally with involute geometry, which supports scalable production. As requirements tightened for speed, noise, and durability, the same involute foundation carried forward into finishing processes like grinding, where repeatability and accuracy matter.

What This Means Today

Modern gear programs add profile and lead modifications, surface engineering, and heat treat control, but the baseline assumption is still the involute. It is a tooth form that is predictable and compatible with modern production methods.

This is the bridge from 18th-century mathematics to today’s factories. At NIDEC MACHINE TOOL AMERICA, we help manufacturers turn that theory into consistent results through the machines used to cut and grind gears to meet modern demands for accuracy, durability, and throughput.

Learn more about NIDEC MACHINE TOOL AMERICA’S products: https://www.nidec-machinetoolamerica.com/products/

Photo: Involute Spur Gears Meshing By M. D. Lebedev – Own work, CC BY 4.0, https://commons.wikimedia.org/w/index.php?curid=157464942

RAPID + TCT 2026

NIDEC MACHINE TOOL AMERICA is heading to Boston for RAPID + TCT 2026, North America’s largest additive manufacturing and industrial 3D printing event. From April 13-16, the industry’s leading innovators will gather to explore the technologies redefining the future of part production.

We invite you to visit us at Booth 2250 to see how our LAMDA systems are pushing the boundaries of large-scale laser metal DED.

International Manufacturing Technology Show – IMTS 2026

NIDEC MACHINE TOOL AMERICA is heading to Chicago for IMTS 2026, North America’s largest manufacturing technology showcase. As the industry’s premier forum for innovation, IMTS is where the global manufacturing community gathers to explore the tools and technologies shaping the future of production.

In an industry where precision and throughput are the benchmarks of success, NIDEC remains committed to delivering high-performance solutions. We invite you to visit us at Booth 237054 to see our latest technology in action and learn how our systems integrate into modern production environments.

Whether you are looking to optimize your current floor or explore the next generation of gear manufacturing and machining, stop by to connect with our team and see what’s next for your operations.

GEAR UP FOR PRECISION OPEN HOUSE

NIDEC MACHINE TOOL AMERICA and WENZEL are teaming up once again in Wixom, Michigan for Gear Up for Precision—a two-day Open House dedicated to the latest in machine tool innovation and precision metrology.

Building on the energy of our last joint event, this year’s program offers a deep dive into the technology driving modern manufacturing. Join us for expert-led presentations, live hands-on demonstrations, and unbeatable networking with industry peers. Whether you’re looking to optimize your production line or explore the next generation of measurement technology, this is the event you won’t want to miss.

Mark your calendars for June 9-10, 2026, and visit us to see how we’re gearing up for the future of precision!


GUEST SPEAKERS

Stay tuned!

Mark C. Malburg, Ph.D. – President, Digital Metrology Solutions Inc.

Dr. Mark Malburg is the President of Digital Metrology Solutions. With more than 35 years of experience in surface metrology, he is the chief architect of a range of standard and custom software products for surface texture and shape analysis. Dr. Malburg is a co-author of “The Surface Texture Answer Book” and has consulted in numerous industries, ranging from aerospace to optics. He participates in national and international standards committees and has helped drive many of the world standards that govern surface specification and control.

Extending Capability and Capacity: The Value of REVO 5-Axis Measurement on Bridge CMMs

Denis Vasilescu – Engineering Solutions Manager, Renishaw Inc.

Denis Vasilescu is the Engineering Solutions Manager for Renishaw Inc. Denis works with industrial metrology end-users and integrators to devise and deliver measurement turnkeys tailored to end-user needs. As the pool of inspection talent in our industry contracts and concentrates, more end-users look to metrology OEMs like Renishaw for complete solutions, not just hardware. With over a decade of customer-facing applications experience, his focus is leveraging Renishaw’s engineering expertise that fills in gaps in order to achieve end-user success.

Harnessing AI in the Production Environment

Thomas Stewart – Owner, CPK Solutions Inc.

Thomas A. Stewart is a respected manufacturing technologist, quality systems architect, and industry thought leader with more than 40 years of experience in automotive and industrial manufacturing. His career has been defined by a consistent focus on integrating manufacturing processes, metrology, statistical methods, and advanced analytics into cohesive, standards-based quality systems.