Most conversations about industrial manufacturing leadership focus on supply chain strategy or workforce development. Nashay Naeve, president of the Engineered Plastic Components business unit at Tsubaki-Nakashima, operates inside something more specific: the discipline required to manufacture components where the margin for error is measured in microns.
Her business unit supplies precision spheres for coordinate measuring machines and injection-molded components for medical devices, two product categories whose consequences extend far beyond their physical size.
At first glance:
- Coordinate measuring machines (CMMs) depend on precision spheres accurate to within fractions of a micron, the same category of components Naeve’s team produces.
- Medical device injection molding operates under strict FDA and ISO regulations; a single inconsistency in a component can trigger a production halt or recall process.
- Leading a multinational manufacturing business unit means synchronizing quality standards, regulatory requirements, and team performance across Europe, the UK, and the U.S.
The Instrument Behind the Instrument
A coordinate measuring machine is the device manufacturers use to verify that a component is within specification. It compares a physical part to a digital model, measuring deviations as small as a fraction of a micron. The probe that makes contact with the part, its tip is a precision sphere. If the sphere is off, the measurement is off. And if the measurement is off, everything downstream is suspect.
According to the National Institute of Standards and Technology (NIST), measurement uncertainty directly affects quality decisions across manufacturing sectors including aerospace, automotive, and medical devices. In environments where tolerance stack-ups can disqualify an entire production run, the sphere at the tip of a CMM probe is not a peripheral component. It is the gatekeeper.
Naeve’s team manufactures these spheres across production facilities in Europe, the UK, and the United States, a global footprint that requires consistent tolerances across very different operating environments.
Where Medical Devices Begin
Most people who have used a medical device, an infusion pump, a glucose monitor, a surgical instrument, have never seen the injection-molded parts inside it. That’s intentional. The component disappears into the function. But manufacturing it is anything but invisible.
Injection molding for medical devices operates under one of the most regulated frameworks in global manufacturing. In the United States, suppliers must comply with FDA 21 CFR Part 820 Quality System Regulations. ISO 13485, the international standard for medical device quality management systems, adds documentation, traceability, and process control requirements on top of that. A resin change, a mold maintenance adjustment, or a shift in processing parameters can require formal validation that takes months to complete.
Naeve leads a team managing these requirements across multiple geographies simultaneously, a coordination challenge that is as much organizational as it is technical.
Running a Business Unit Across Three Continents
The complexity of overseeing manufacturing operations in Europe, the UK, and the U.S. is not simply logistical. Regulatory expectations differ by region. Customer requirements differ. And the cultural dynamics of building a cohesive team across those boundaries require a specific kind of fluency, not just in language, but in context.
Naeve is fluent in Mandarin and spent formative years living and working in China, including completing a master’s degree in automotive engineering at Tsinghua University, often referred to as the MIT of China, with all coursework and a thesis conducted in Mandarin. She was the only non-Chinese student in her class. That cross-cultural grounding did not stay in China. It became the framework she uses to run a multinational organization today.
The executives who build lasting authority in global industrial manufacturing rarely manage from a distance. They understand technical specifications well enough to earn trust on the plant floor, and they understand business mechanics well enough to communicate up to the board. Naeve moved between those registers early, starting as a mechanical engineer before earning an MBA from the University of Chicago Booth School of Business, and that dual fluency defines how she leads now.
She began her career at Caterpillar, where she spent seven years in roles spanning marketing, production engineering, and software support, including a posting in China at the peak of industrialization. She later held roles at DuPont Electronics, where she built new businesses and contributed to M&A strategy, before joining Tsubaki-Nakashima to lead the business unit she runs today.
FAQ
What is a coordinate measuring machine (CMM) and why does it matter for manufacturing quality? A CMM verifies the geometry of a manufactured component by measuring precise points on its surface and comparing them to a digital design model. CMMs are essential for quality control in aerospace, automotive, and medical device manufacturing. The spheres used in CMM probe tips directly affect the accuracy of every measurement the machine performs.
What regulations apply to injection molding for medical devices? Manufacturers supplying injection-molded components for medical devices must typically comply with FDA 21 CFR Part 820 in the United States and ISO 13485 internationally. These standards govern material traceability, process validation, documentation, and corrective action procedures throughout the supply chain.
What does full P&L responsibility mean for a manufacturing business unit leader? A general manager with full P&L responsibility makes decisions across revenue, cost of goods, operating expenses, and profitability for their entire unit. In a manufacturing context, that includes pricing, capital investment, supplier contracts, headcount, and customer relationships; not just production output.
What Naeve’s Work Reveals About Industrial Manufacturing
The components Nashay Naeve’s team produces rarely appear in trade headlines. But when a manufactured part clears quality inspection or a medical device performs exactly as designed, there is a quiet chain of precision behind that outcome, made by people who understand both the technical requirements and the business stakes of getting them right.
Follow Nashay Naeve’s perspective on global industrial manufacturing, precision components, and international business leadership on LinkedIn linkedin.com/in/nashay.