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Customized Design
The Gantry Robot with Gripper is an advanced Cartesian Coordinate Robotic System developed by Hardai ARMND Engineering Solutions for industrial automation in the automotive manufacturing sector. The robot is engineered to perform high-speed material handling and component transfer across two grinding machining stations, optimizing productivity and precision in motorcycle drum brake production.



The gantry robot is built with a rigid and precisely aligned mechanical structure, ensuring stable motion along all three linear axes (X, Y, Z). Its design allows smooth traversal and accurate positioning during the component pick-and-place process.
The integrated pneumatic gripper provides reliable and secure holding through self-centering jaws, which automatically align the drum brake cylinders for consistent and repeatable positioning. The swing motion adds additional flexibility for loading and unloading operations between two grinding stations without manual intervention.
This robot is designed to productionize and automate the grinding operation of automotive bike drum brakes. By continuously transferring components between machining centers, it enables a seamless, uninterrupted workflow, minimizing downtime and human dependency.
Operating with a continuous duty cycle, the system functions as a production-assisting robotic solution, ensuring faster cycle times, enhanced throughput, and improved product uniformity for the automotive manufacturer.
The Gantry Robot with Gripper is versatile and can be adapted for a range of industrial automation tasks, including:
The design of the Gantry Robot has been fully validated for manufacturing readiness. All mechanical, pneumatic, and control systems are well aligned and optimized for production build, ensuring reliability and scalability for industrial deployment.
This system reflects Hardai ARMND Engineering Solutions’ commitment to driving automation excellence in Indian manufacturing, supporting the “Made in India” initiative with indigenous robotic innovation.