Neolite ZKW Lightings Limited, a leading global supplier of automotive lighting systems, held a commemorative ceremony for its new manufacturing facility in Pune, Maharashtra. The plant, which began operations in December 2025, marks a significant milestone in the company’s continued expansion and strengthens its ability to serve major OEMs across India.
Strategically located near the Mumbai–Pune–Nashik–Aurangabad automotive belt, the new facility enables Neolite ZKW to offer greater flexibility, faster response times and improved inventory management for key customers. Its growing OEM portfolio includes JSW MG Motor India, Stellantis, VE Commercial Vehicles, Daimler India Commercial Vehicles, Isuzu Motors India, Tata Motors and Piaggio.
Beyond manufacturing, the company has also set up an independent design centre equipped with advanced simulation tools, optical design capability, 3D modelling, prototyping and validation support. This centre enhances in-house product development, shortens time-to-market and ensures solutions meet global performance and regulatory standards.
Speaking at the ceremony, Mr. Won Yong Hwang, CEO of ZKW Group GmbH, said India remains a strategic automotive market worldwide. He noted that the Pune expansion represents an important step toward next-generation lighting solutions and deeper collaboration in innovation.
Mr. Rajesh Jain, Chairman and Managing Director of Neolite ZKW Lightings Limited, said the new plant reflects the company’s commitment to invest in capacity, technology and talent. He added that the facility will help the company serve customers more efficiently while driving regional employment. Jain also confirmed that Kancheepuram is the next major facility in the pipeline.
Neolite ZKW CEO Mr. Rajesh Soni said the Pune plant will focus on moulding, surface treatment and assembly of automotive lighting products, with offerings tailored to both EVs and traditional ICE vehicles. The company’s powertrain-agnostic portfolio positions it well for a market transitioning toward electrification and sustainability.
