Anscer Robotics raises ₹45 Cr to fuel global expansion in industrial automation
Anscer Robotics, a developer of AI-powered robots and automation software, has secured ₹45 Cr (around $4.6 Mn) in its Series A funding round. The investment will help the company expand its global operations and strengthen its product offerings for industrial automation. India’s industrial robotics sector is growing rapidly, with the market expected to reach $25.8 Bn by 2028. The funding round was led by IAN Alpha Fund, with participation from existing investor Info Edge Ventures and several angel backers. Anscer Robotics plans to use the capital to enhance its product platform, scale operations in the US, and grow its international partner network.
The startup specialises in autonomous mobile robots (AMRs), fleet management software, and industrial automation solutions for factories and warehouses. Its technology is designed for high-volume environments, improving efficiency in logistics and manufacturing. Recently, the company opened a new manufacturing facility in Bengaluru. The 20,000 square feet site includes a dedicated testing zone and can produce over 1,000 robots each year. Anscer Robotics also operates a sales and support office in Texas, serving clients across the US, Europe, and Asia Pacific. In addition to hardware, the firm is developing an open robotics software layer based on model context protocol (MCP) principles. This innovation aims to streamline integration and improve adaptability in automated systems. India ranks as the world’s sixth-largest market for industrial robot installations, with nearly 9,100 units deployed annually. The sector’s expansion reflects increasing demand for automation in manufacturing and logistics.
The fresh funding will allow Anscer Robotics to accelerate its growth in key markets. The company’s expanded manufacturing capacity and software advancements position it to meet rising demand in industrial automation. With a stronger global presence, it aims to serve more customers in high-volume production environments.
