JK Maini Precision Technology Limited has announced a collaboration with CTC to develop aerospace machining solutions under JK Maini Global Aerospace Ltd. The partnership focuses on improving machining productivity and reducing cost per component through the integration of CTC’s solid carbide cutting tool technology with JK Maini’s manufacturing operations.
The collaboration aims to enhance machining processes for aerospace components while exploring applications in other industries. The companies plan to combine tooling expertise and manufacturing systems to expand their engineering and production capabilities.
The initiative is expected to support both domestic and international manufacturing requirements by leveraging technical cooperation between the two organizations. No investment figures, project timelines, or specific production targets were disclosed.
JK Maini Precision Technology Limited was formed through a merger involving JK Files & Engineering Ltd., Ring Plus Aqua, and Maini Precision Products. The merger combined their operations in tools, automotive components, and precision engineering. The company is part of the Raymond Group and manufactures precision components primarily for the aerospace and automotive sectors.
JK Maini Global Aerospace Ltd., established through the demerger of JK Maini Precision Technology’s aerospace business, will serve as the entity responsible for executing the aerospace-related aspects of the collaboration. The company is structured as a dedicated aerospace component manufacturing partner supporting these initiatives.
JK Maini Precision Technology’s aerospace manufacturing facilities are primarily located in Bangalore (Karnataka) and the newly announced advanced unit in Sri Satyasai district, Andhra Pradesh. Their longstanding Bangalore site is in the Bommasandra Industrial Area, and they also have plants in Thane (Maharashtra), Chiplun (Maharashtra), and Vapi (Gujarat) supporting precision machining for aerospace and other sectors. The Andhra Pradesh aerospace facility, scheduled for commercial operations by May 2027, will produce precision components for global OEMs and Tier 1 suppliers.