Integrated motion control is becoming increasingly important for machine builders and manufacturers looking for simpler and more connected machine designs. Pune Machine Tool Expo (PMTX) 2026 will provide MOONS’ Industries with an opportunity to showcase this approach, demonstrating how its motors, drives, encoders and controllers can work together as a complete motion solution for modern machines.
This focus is supported by MOONS’ long experience in motion technology. Founded in 1994, MOONS’ is a high-tech enterprise with expertise in hybrid motors, permanent magnet motors, linear motors, servo motors, DC brushless motors, slotless motors, motor drives, linear actuators, LED intelligent control and drives, and other technologies. The company focuses on technology development and product innovation to meet customer requirements. With a broad portfolio of motion control and smart LED control solutions, MOONS’ ships more than 10 million hybrid stepper motors annually and serves customers across industries.
Building on this portfolio, MOONS’ will showcase its latest motion control solutions at PMTX 2026, taking place from September 7 to 10 at the Pune International Exhibition and Convention Centre, Moshi. The company will present its new M52S, M54S and M56S AC servo motors, along with the MBDV and M5DC DC servo ranges, as well as the MCA6 multi-axis motion controller supporting Step Servo, stepper drives and integrated motors. These solutions support industrial networks such as EtherCAT, EtherNet/IP, PROFINET, CANopen and Modbus, while the intelligent Multi Axis Stepper drive will further highlight MOONS’ new-generation motion control technologies.
Rather than presenting these products only as individual components, MOONS’ will focus on showing their application value. Through live demonstrations, visitors will see how motors, drives, encoders and controllers can work together as one motion system. Multi-axis motion solutions and application demonstrations will provide a practical view of how this integrated approach can simplify machine design and help different components work together more effectively.
This approach directly reflects the changing requirements of machine builders and OEMs. Many manufacturers are looking to move away from separate motors, drives and long cable connections and towards compact, integrated solutions that can make wiring, installation and machine design simpler. MOONS’ has been developing products in this direction for several years, including intelligent linear stepper motors, integrated servo systems and its AK absolute encoder Step Servo platform.
With these solutions, MOONS’ will use PMTX 2026 to connect with manufacturers across key industries. Its focus areas include factory automation, robotics and material handling, packaging machinery, electronics and semiconductor equipment, special purpose machines, and machine tools and CNC applications. Pune is also an important manufacturing ecosystem for automotive, auto components, machine tools, robotics and factory automation, and is part of a wider manufacturing belt covering Mumbai, Nashik, Chhatrapati Sambhajinagar and Gujarat, where demand for automation and motion control continues to grow.
This growing demand also creates opportunities for stronger industry partnerships. At PMTX, MOONS’ aims to strengthen relationships with machine builders, system integrators, automation solution providers and OEMs. The company is particularly interested in working with OEMs that want to move beyond selecting individual components and explore complete, application-based motion solutions for their machines.
As Indian manufacturing moves towards greater automation and higher precision, machine builders need partners who can support this shift with practical and integrated solutions. Through PMTX 2026, MOONS’ aims to strengthen its presence across Western India and bring its integrated motion control approach closer to the machine builders and OEMs driving this change. At the exhibition, visitors will be able to see how MOONS’ motors, drives and controllers can work together to create machines that are simpler to build, more efficient to operate and easier to maintain.
