M M Forgings Limited (MMF) was originally incorporated in 1946 as Madras Motors Ltd., engaged in the trading and retail of motorcycles from Enfield, UK and manufactured by Royal Enfield, India. The company diversified into manufacturing under the vision and commitment of its founder, Late Sri S. E. Krishnan, FCA, commencing its first forging manufacturing facility at Singampunari in Sivagangai District, Tamil Nadu, in 1974 with a capacity of 780 MT.
Built around a commitment to total customer satisfaction through quality, timely delivery and competitive pricing, MMF has developed into a significant exporter of forgings in India, with 60% of its sales being exported. The company has received the Engineering Export Promotion Council (EEPC) award for export excellence for 27 consecutive years and is described as the largest exporter of steel forgings from South India within its product range.
MMF has continuously expanded its operations by adding state-of-the-art forging facilities and machining capabilities to serve international customers. Its operations include manufacturing and machining capabilities relevant to products such as front axle beams and stub axles, supported by inspection, cleaning, deburring, anti-rust treatment and other quality-control processes.
| Particulars | Value |
|---|---|
| Plant Capacity | 1120 Nos/Day |
| Land & Building (40000 sq.mt.) | Rs. 46 Cr |
| Plant & Machinery | Rs. 116.40 Cr |
| Working Capital for 2 Months | Rs. 32.83 Cr |
| Total Capital Investment | Rs. 197.24 Cr |
| Rate of Return | 15% |
| Break Even Point | 21% |
An automotive forging manufacturing project involves producing forged components used in vehicle assemblies and related applications. The process generally converts heated metal into required shapes using controlled forming operations, followed by machining and inspection where necessary. For products such as front axle beams and stub axles, manufacturing may include forging, machining, drilling, milling, turning, deburring, cleaning and surface protection. Quality-control processes are important because automotive components must meet specified dimensional, material and performance requirements.
Front axle beams and stub axles are structural and functional components used in vehicle axle and steering assemblies. A front axle beam supports and connects relevant front-end components and contributes to load transfer and vehicle stability. A stub axle is associated with the wheel and steering arrangement and enables the required wheel movement and support. Their precise design and manufacturing depend on the vehicle type, load requirements, suspension configuration and applicable technical specifications.
Common machining operations include milling, drilling, boring and turning, followed by deburring and cleaning where required. Milling can include face milling and gang milling, while drilling may involve spot drilling, center drilling and deep-hole drilling. Turning operations can include facing, parting and grooving, with boring also used for internal surfaces. The selection of operations depends on the component geometry, dimensional requirements, material characteristics, production volume and required surface finish.
Magnetic particle inspection is used to detect certain surface and near-surface discontinuities in suitable ferromagnetic components. During the inspection, the component is magnetised and magnetic particles are applied so that relevant discontinuities can produce visible indications. The procedure typically requires controlled surface preparation, equipment and consumable checks, appropriate lighting, defined magnetising directions, evaluation of indications and acceptance criteria. Personnel qualification and referenced inspection documents are also important parts of a controlled inspection system.
Deburring removes unwanted raised edges, sharp projections and machining-related burrs from manufactured components. Burrs can form during operations such as milling, drilling, turning and other material-removal processes. Removing them can improve component handling, assembly compatibility, dimensional consistency and surface condition. Depending on component geometry and production requirements, manufacturers may use manual, mechanical or automated deburring equipment, including linear and double-sided machines and suitable brush systems.
Anti-rust oiling helps protect susceptible metal surfaces from corrosion during storage, handling and transportation. Cleaned and machined components can be exposed to moisture and other environmental conditions that promote rust formation. Applying an appropriate rust-preventive oil creates a protective barrier between the metal surface and corrosive environmental influences. The treatment is generally selected according to the material, storage conditions, required protection period and subsequent manufacturing or assembly processes.
Important factors include product specifications, manufacturing process selection, plant layout, machinery requirements, raw-material availability, utilities, quality-control systems, material handling and environmental and workplace requirements. A facility producing axle components may require forging and machining capabilities supported by equipment such as milling, drilling, turning, grinding and material-handling systems. Inspection and testing arrangements should be integrated into the production flow, while supplier planning should cover raw materials, consumables, machinery, electrical systems and other plant-support requirements.
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