OEM Manufacturing Capabilities

OEM Manufacturing Process Overview

OEM (Original Equipment Manufacturer) component manufacturing involves producing precision-engineered parts as per customer-specific designs, drawings, or standards for integration into final assemblies. The process begins with selection of raw material such as bar stock, forging, casting, or billet based on functional requirements and load conditions. These materials are then processed using CNC turning, milling, drilling, and machining operations to achieve high dimensional accuracy, repeatability, and performance consistency.

After primary machining, secondary operations such as threading, grinding, heat treatment, and surface finishing are performed to enhance strength, wear resistance, and corrosion protection. In-process inspection and final quality checks ensure strict adherence to OEM specifications, tolerances, and functional requirements. OEM components are widely used in mass production industries where interchangeability, reliability, and precision are critical.

Range / Capacity
Component Weight up to 1200 mm length
Excellent surface finish
Production Volume Prototype to High Volume
Machine Capability CNC, VMC 5 Axis machinery, HMC, EDM
Materials & Grades
  • Carbon Steel: EN8, EN9, C45, C60
  • Alloy Steel: AISI 4140, 4340, 8620
  • Stainless Steel: SS 304, SS 316, SS 410, SS 420
  • Brass & Copper Alloys: C36000, CuZn37, CuZn40
  • As Per Requirement Material Grade

Applications

Automotive OEM components (shafts, housings, brackets)
Hydraulic & pneumatic system parts
Industrial Machinery OEM
Agricultural OEM Equipment
Heavy Engineering OEM

OEM Manufactured Components

OEM Manufacturing Components
OEM Manufacturing Components

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