NSK
NSK is a global pioneer and leader in Motion & Control™ technologies, recognized worldwide for manufacturing high-precision bearings, automotive components, and advanced precision machinery. Proudly partnered with Pandiyan Saraswathi Yadav Engineering College (PSYEC), NSK brings over a century of world-class mechanical engineering, tribology expertise, and manufacturing excellence directly into the academic realm.
What We Do
We specialize in engineering advanced motion and control solutions that keep industries moving smoothly, reliably, and efficiently across diverse sectors:
- Ball & Roller Bearings (Deep Groove, Angular Contact, Spherical & Tapered Bearings)
- Precision Linear Motion Systems & Ball Screws
- NSK Linear Guides™ and Monocarrier™ Actuators
- Automotive Steering Systems & Electrification Components
- Super Precision Bearings for Machine Tools & Aerospace
- Megatorque Motors™ & Predictive Condition Monitoring Services
Our Mission
Our mission is to contribute to a safer, smoother society and protect the global environment through innovative Motion & Control™ technologies. Under the Industry Inside Campus model, we aim to inspire and empower students at PSYEC by providing real-world exposure to precision manufacturing, hands-on internships, live industrial projects, and cutting-edge engineering practices that prepare them to become future innovators in mechanical, automotive, and mechatronics engineering.
Core Vision
The Industry Inside Campus model bridges classrooms and boardrooms. By engaging with NSK’s world-class engineering standards and motion technologies:
- Students gain practical, hands-on experience in precision machinery, tribology, and mechanical systems.
- Industries benefit from young engineering talent, innovative ideas, and collaborative research initiatives.
- PSYEC solidifies its reputation as a center of excellence for mechanical engineering and advanced manufacturing.
- Empowering future engineers to set the future in motion with sustainable technologies.
- Driving technological advancement through high-precision, energy-efficient motion solutions.
- Creating an impactful partnership model that bridges classroom theory with global manufacturing standards.