Engineering

Engineering

At EDCONS (MKS) CASTINGS PVT LTD, engineering excellence is the foundation of our manufacturing capabilities. We combine advanced foundry technology, experienced metallurgical expertise, stringent quality systems, and continuous product development to deliver castings that meet the highest standards of performance, precision, and reliability. Every stage of the manufacturing process is carefully planned and monitored to ensure consistent quality, optimum productivity, and complete customer satisfaction.

Process Flow Chart

Our manufacturing process follows a systematic workflow to ensure consistent quality, traceability, and timely production. Every stage is monitored by qualified engineers and quality professionals.

Operations & Quality Control

Manufacturing Process Flow Chart

Phase A: Preparation & Melting
01
Phase 1: Planning & Prep

Customer Drawing / Technical Requirement

02
Phase 1: Planning & Prep

Engineering Review & Feasibility Study

03
Phase 1: Planning & Prep

Pattern & Tooling Development

04
Phase 2: Quality & Materials

Raw Material Inspection

05
Phase 2: Quality & Materials

Charge Preparation

06
Phase 3: Foundry & Melting

Metal Melting (Induction / Cupola Furnace)

07
Phase 3: Foundry & Melting

Chemical Composition Analysis

08
Phase 4: Casting & Molding

Mould & Core Preparation

Phase B: Casting to Dispatch
09
Phase 4: Casting & Molding

Pouring

10
Phase 4: Casting & Molding

Cooling & Shakeout

11
Phase 5: Post-Processing

Shot Blasting & Fettling

12
Phase 5: Post-Processing

Heat Treatment Optional

13
Phase 5: Post-Processing

Machining

14
Phase 6: Final QA & Dispatch

Dimensional & Quality Inspection

15
Phase 6: Final QA & Dispatch

Final Testing

16
Phase 6: Final QA & Dispatch

Packing & Dispatch

This structured manufacturing process ensures defect-free production, improved productivity, and complete traceability from raw material to finished product.

Material Specifications

EDCONS (MKS) CASTINGS PVT LTD manufactures castings in a wide range of ferrous materials to meet the diverse requirements of industries such as automotive, railways, mining, cement, power, construction, agriculture, and heavy engineering.

Ductile Iron (DI)

Ductile Iron offers excellent strength, ductility, impact resistance, and fatigue performance. It is widely used where high mechanical strength and durability are required.

Common Grades

  • IS 1865
  • SG Iron Grades
  • ASTM A536 Grades
  • EN-GJS Grades
  • Customer-specific grades

Typical Applications

  • Valve Bodies
  • Pump Components
  • Pipe Fittings
  • Automotive Parts
  • Industrial Machinery
  • Transmission Components

Cast Iron (CI)

Grey Cast Iron is widely used for its excellent machinability, vibration damping properties, wear resistance, and cost-effectiveness.

Common Grades

  • FG 150
  • FG 200
  • FG 220
  • FG 260
  • FG 300
  • Equivalent International Grades

Typical Applications

  • Machine Beds
  • Gear Housings
  • Motor Bodies
  • Flywheels
  • Pulleys
  • Industrial Casings

Alloy Cast Iron

Alloy Cast Iron contains additional alloying elements such as Nickel, Chromium, Molybdenum, and Copper to improve wear resistance, heat resistance, and corrosion resistance.

Typical Applications

  • Crusher Parts
  • Wear Plates
  • Cement Plant Components
  • Mining Equipment
  • Rolling Mill Parts
  • High Temperature Applications

Alloy Steel Castings

Alloy Steel Castings are manufactured for applications requiring exceptional mechanical strength, toughness, impact resistance, and wear resistance.

Typical Grades

  • Chromium Steel
  • Manganese Steel
  • Nickel-Chromium Steel
  • Low Alloy Steel
  • Heat Resistant Steel
  • Customer-specific Alloy Grades

Typical Applications

  • Heavy Engineering
  • Mining Equipment
  • Railway Components
  • Construction Machinery
  • Material Handling Equipment
  • Power Plant Components

Advantages of Ductile Iron (DI)

Ductile Iron has become one of the most preferred engineering materials because of its excellent combination of strength, toughness, and castability.

Key Advantages

  • High tensile strength
  • Excellent ductility
  • Superior impact resistance
  • Outstanding fatigue strength
  • Better pressure resistance
  • Excellent machinability
  • Good wear resistance
  • High corrosion resistance
  • Cost-effective alternative to steel
  • Excellent vibration damping
  • Longer service life
  • Suitable for complex casting designs

These properties make Ductile Iron suitable for demanding industrial and engineering applications.

Technical Engineering Support

Our engineering team provides complete technical support throughout the product development cycle.

Engineering Capabilities

  • Casting Design Assistance
  • Material Selection
  • CAD Drawing Evaluation
  • Manufacturing Feasibility Study
  • Process Planning
  • Gating & Feeding Design
  • Casting Simulation Support
  • Dimensional Control
  • Tolerance Optimization
  • Cost Optimization
  • Reverse Engineering
  • Prototype Development
  • Production Documentation
  • Technical Consultation

Our experienced engineers work closely with customers to optimize product performance while minimizing production costs.

 Product Development

Innovation is a key focus at EDCONS (MKS) CASTINGS PVT LTD. Our product development team collaborates with customers from concept to production.

Product Development Process

  • Requirement Analysis
  • Design Review
  • Pattern Development
  • Prototype Manufacturing
  • Trial Production
  • Process Validation
  • Performance Testing
  • Customer Approval
  • Production Planning
  • Mass Production

This systematic approach enables us to deliver customized casting solutions that meet functional, dimensional, and quality expectations.

Quality Control (QAP)

Our Quality Assurance Plan (QAP) covers every stage of manufacturing to ensure consistent product quality and complete process control.

QAP Includes

  • Incoming Raw Material Inspection
  • Charge Mix Verification
  • Chemical Composition Testing
  • Mould & Core Inspection
  • Process Parameter Monitoring
  • Molten Metal Temperature Control
  • In-Process Inspection
  • Shot Blasting Inspection
  • Machining Inspection
  • Dimensional Verification
  • Mechanical Property Testing
  • Final Visual Inspection
  • Documentation & Traceability
  • Packing Inspection
  • Dispatch Clearance

Our comprehensive quality system minimizes defects and ensures every product meets customer specifications.

Certification

EDCONS (MKS) CASTINGS PVT LTD follows internationally accepted manufacturing and quality practices.

Our commitment to quality is demonstrated through adherence to recognized industry standards, documented manufacturing procedures, and continuous process improvement. We maintain complete production records and inspection reports to ensure product traceability and customer confidence.

Available documentation may include:

  • Material Test Certificate (MTC)
  • Chemical Test Report
  • Mechanical Test Report
  • Dimensional Inspection Report
  • Heat Number Traceability
  • Quality Inspection Records
  • Customer-Specific Documentation

(You may add certifications such as ISO 9001:2015, IATF 16949, ISO 14001, ISO 45001, PED, or others here if your company holds them.)

Inspection Facilities

Our modern inspection facilities ensure that every casting is thoroughly evaluated before dispatch.

Inspection Capabilities

  • Raw Material Inspection
  • Chemical Composition Analysis
  • Spectrometer Testing
  • Sand Testing
  • Mechanical Property Testing
  • Universal Testing Machine (UTM)
  • Hardness Testing
  • Microstructure Examination
  • Dimensional Inspection
  • Surface Finish Inspection
  • Precision Gauges & Measuring Instruments
  • Visual Inspection
  • Final Quality Audit
  • Documentation & Traceability Verification

By integrating advanced inspection systems with experienced quality professionals, EDCONS (MKS) CASTINGS PVT LTD consistently delivers precision-engineered castings that meet the stringent quality requirements of customers across automotive, railway, mining, construction, power, cement, agriculture, and heavy engineering industries.