Swiss industrial and mechatronic solution provider, Stäubli unveiled a facility worth USD 15 million in Yelahanka, Bengaluru. The 25,000 sq.ft. office will dwell in three focus areas of the organization – electrical connectors, fluid connectors and robotics, employing over 100 employees. The mechatronic player organized an inaugural event – ‘Stäubli Partnership Forum India’ to introduce the new facility to partners and showcase its innovations. This move is set to drive economic development and job opportunities in the region.
The new facility features an area to display products and demonstrations, along with training spaces for both customers and staff. It also includes a warehouse, and a service center. By integrating engineering, sales, and customer services the facility aims to enhance operational efficiency.
Gurupad Bhat, The Managing Director of Stäubli Tec Systems India, which is also stationed in Bengaluru, conveyed his excitement about the exclusive expansion, “This facility will help us collaborate closely with stakeholders to fast-track our localization efforts and strengthen local engineering capabilities to increase the Stäubli footprint in India. We are dedicated to creating solutions that fit India’s unique demands. India is poised to be the next growth engine for the Stäubli Group and with this expansion, Stäubli aims for double-digit growth in its Indian operations.” he quoted.
Stäubli’s Global Chief Executive Officer, Gerald Vogt highlighted the company’s legacy and expressed enthusiasm for its new venture in India’s tech hub. He emphasized that reinforcing local engineering and manufacturing demonstrates their dedication to India’s progress and their partners. “Strengthening our local engineering and manufacturing capabilities underscores our commitment to India’s growth and our valued partners.” Vogt affirmed.
Stäubli’s global presence spans 28 countries and with agents in 50 countries across four continents. The company operates in four main domains: electrical connectors, fluid connectors, robotics and textiles.
