The Electric Discharge Machine (EDM) has progressed from a novel technology to a critical standard machine in industry. It serves a variety of functions and can precisely create a geometrically complex component of any hardness in difficult-to-machine ways. Its output is reduced due to the poor MRR. Their productivity. Another versatile technique, the Abrasive Jet Machinery (AJM), has the advantage of being able to set up a machine, nearly any material rapidly. Its primary advantage is that no heat zone is damaged; it is also flexible and capable of machining tough and fragile materials. This procedure establishes a connection. The major stumbling blocks, Hybridization is a method for addressing several processes in order to maximize advantages and avoid boundaries. Using an indigenous hybrid system, this research intends to make the most of each of the above processes. Abrasive Assisted Electronic Discharge Machining (AAEDM) and EDM hybrid techniques are routed together with pressured air via the hollow electrode (AAEDM). Findings are validated in order to assess the benefits of the hybrid technique over the traditional EDM. The impact of critical process parameters on material removal rates and surface integrity was investigated. According to the results of the tests, AAEDM's hybrid process enhances machining efficiency, and the hybrid process produced can match the needs of today's manufacturing.