About OBSC Perfection
OBSC Perfection is a precision metal component manufacturer offering a diversified suite of precision engineering products which are high-quality engineered parts across end-user industries and geographies. We primarily cater to top OEMs who ultimately supply various components and parts to top automotive manufacturing companies of India.
In non-automotive sector, we cater to manufacturers of Defense, Marine & Telecommunication Infrastructure industries.
We operate out of four manufacturing facilities with three of our manufacturing facilities including our principal manufacturing facilities at Pune, Maharashtra, a prominent auto hub and one at Chennai, Tamil Nadu.
We manufacture a wide range of precision metal components including but not limited to cut blanks, shafts / spline shafts, torsion rods, piston rods, rack bar semi-finished, pinion, drive shafts, gear shifters, cable end fittings, sensor boss, sleeves, push plate, hubs, housing – brass and aluminium, fork bolt, fasteners, connectors, ball pin, ball pin housing, flange, male female ring, dozing adapter, housing for a diversified base of customers.
Anglian Omega Group
- New Delhi based, Anglian Omega Group began operations in 1969 with a single bright bar factory in Faridabad, Haryana.
- The group has expanded and diversified into various sectors, including electric mobility, high-tech auto components, infrastructure, supply chain management services, trading, and sports.
- The group focuses on manufacturing cold-forming parts for the automotive & rail industries, and high-precision machining using high-value and cutting-edge technologies. Anglian Omega also makes bright steel.
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Technologies That we offer
Machining and Turning
Machining is a subtractive manufacturing process that creates the desired shape of a product as required by us by extracting the same from bars i.e. stainless-steel bars, mild steel bars, brass bars, aluminium bars. We also use turning process which is a machining operation performed on a lathe in which the workpiece rotates at high speeds while a fixed cutting tool removes material. We rely heavily on machines with Computer Numerical Control (CNC) technology (“CNC machines”). CNC machines translate digital design models (CAD) into precise toolpaths, automating the machining process and ensuring high levels of accuracy and repeatability. This allows for the creation of intricate parts with tight tolerances.
Stamping
The stamping or pressing process, is a metalworking technique used to transform flat sheets of metal into desired shapes. It's a subtractive process, wherein material is removed or reshaped to achieve the final form. It is used to work on a wide range of metals, thicknesses and to produce complex shapes along with accuracy and consistency, for creating identical parts in high volumes. Stamping process also includes blanking, piercing, bending, coining, embossing, flanging and drawing.
Phosphating and Chromate Conversion
Coating ensure high-quality, durable parts. These processes involve thorough cleaning and preparation before immersing components in specialized solutions, forming protective layers that improve corrosion resistance and paint adhesion, crucial for the longevity and performance of precise automotive parts.
Investment Casting
Investment casting is a precise metal forming process for creating complex and high-quality components. Unlike machining and turning, which removes material, investment casting creates parts by pouring molten metal into a mold. The mold itself is crafted using a wax or plastic pattern with intricate details replicating the final component. Investment casting is used to create intricate geometries and thin-walled sections, ideally used for lightweight and high-performance components like engine parts, transmission components, and brackets. This process allows for near-net shapes, minimizing the need for extensive machining and ensuring close dimensional tolerances. This translates to parts that fit together perfectly and function reliably. Investment casting is done in our Unit 2.
Fabrication
Fabrication transforms raw materials metal rods into usable component parts. It involves cutting, forming, machining, joining and finishing. Welding in automotive components manufacturing is a process that involves joining metal parts using heat, pressure, or both to create strong, durable connections essential for vehicle structure and functionality.
Assembled Component
Assembly process is the final stage where various individual parts are combined to form a final functional product which is to be delivered to our clients.
Forging
The forging process is a metalworking technique that utilizes compressive forces to shape metal into desired forms. Unlike casting, where molten metal is poured into a mold, forging manipulates the shape of solid metal through controlled hammering, pressing, or rolling. This process imparts several desirable properties to the final product. The metal component is heated to a specific temperature range (below its melting point) to enhance its malleability. It's then subjected to compressive forces from hammers, presses, or rolling mills, progressively deforming the metal into the desired shape.
Welding
Welding is a process of joining metal parts with high accuracy to ensure structural integrity and strength. Techniques like TIG, MIG, and laser welding are used to achieve precise, clean welds that meet stringent automotive standards, essential for the reliability and safety of vehicle components.
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