The Common Facility Centre (CFC) at Ajay Kumar Garg Engineering College (AKGEC), Ghaziabad, has been established under the “One District One Product (ODOP) – CFC Scheme” of the Government of Uttar Pradesh. The centre serves as a collaborative platform between industry and academia to support Micro, Small, and Medium Enterprises (MSMEs) and general engineering industries in product innovation, productivity enhancement, and advanced technical skilling.
The foundation was laid on 23 June 2021 and Inaugurated on 18 September 2024 by Hon’ble Chief Minister Yogi Adityanath Ji, the CFC is equipped with a Modern Tool Room, Material Testing Laboratory, and Research & Development facilities, enabling access to cutting-edge manufacturing technologies and material characterization. The initiative is led by the AKG Foundation for Innovation and Product Development (AFIPD), an SPV formed with 22 industry and academic partners.
One District One Product (ODOP) scheme is an initiative of Government of Uttar Pradesh to encourage & promote MSMEs related to the indigenous and specialized product with distinct identity from a district which have potential of generating more employment and development.
District Ghaziabad is identified as a hub for manufacturing of General Engineering Products. Many of the manufacturers in the region are small and medium industries who needs modernization, machinery and productivity enhancement support through CFC. District Ghaziabad is identified as a hub for manufacturing of General Engineering Products. Many of the manufacturers in the region are small and medium industries who needs modernization, machinery and productivity enhancement support through CFC. District Ghaziabad is identified as a hub for manufacturing of General Engineering Products. Many of the manufacturers in the region are small and medium industries who needs modernization, machinery and productivity enhancement support through CFC.
Creating job opportunities for youth and artisans while enhancing skills for better livelihoods. Encouraging local talent through structured training and development programs.
Improving product standards to meet national and international market demands. Promoting ODOP products through branding, marketing, and global outreach initiatives.
Supporting traditional crafts and skills to sustain cultural heritage. Boosting local employment and income to reduce migration and strengthen rural economies.
Connecting local production hubs with tourism to increase product visibility. Encouraging cultural tourism to promote handmade and indigenous products.
Providing advanced prototyping services using the latest technologies and methodologies to rapidly transform industrial concepts into reality.
Offering high-quality design and manufacturing solutions tailored to meet the specific needs of industrial applications with precision and efficiency.
Delivering comprehensive testing services to ensure industrial products and processes meet the highest standards of quality and reliability.
Empowering individuals through specialized training programs to enhance technical expertise and operational efficiency in industrial sectors.
Advanced milling, drilling, tapping, and turning capabilities for various applications.
CNC turning centers with advanced numerical control and 3 to 5 axes. They offer a multitude of cutting capabilities, including milling, drilling, tapping, and turning. These centers provide high precision and efficiency for various machining tasks.
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Precise cutting of profiles on various metals and alloys with high accuracy.
Wire EDM uses a thin, electrically charged wire with dielectric fluid to cut metal parts into various shapes. It produces precise cuts by melting or vaporizing the material. This method is ideal for complex profiles and high-precision applications in manufacturing.
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High-accuracy laser cutting, engraving, and inscribing for detailed work.
CNC laser cutting machines use a high-power laser beam to cut intricate shapes and minute holes with high accuracy. Ideal for detailed and precise work. This technology ensures minimal material waste, making it suitable for various applications.
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Versatile cutting of thick materials with high precision and speed.
CNC waterjet cutting uses a high-pressure water stream, with or without abrasive, to cut through various materials. It maintains high accuracy and speed for diverse projects, allowing for precise cuts on thick materials and complex shapes, enhancing manufacturing efficiency.
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Cutting solid rods and hollow pipes in various shapes with precision.
Specialized for cutting materials like Inconel, Hastelloy, Titanium, Stainless Steel, and mild steel. Ensures precision for materials with high solidity and hardness. It is designed to handle tough and durable materials efficiently, meeting various industry requirements.
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Precision bending for automotive, aerospace, and metal industries applications.
It offers precise bending for up to 10 mm thick sheets, ensuring accuracy for automotive, aerospace, and metal fabrication industries. This machine combines strength and precision for high-quality results in various applications.
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Complex manufacturing with advanced CNC controls and precision for diverse industries.
It allows processing of parts in multiple directions with X, Y, Z linear axes and A, B rotational axes, enabling complex manufacturing in aerospace, automotive, and medical industries. It provides unmatched versatility and precision for various applications.
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High-precision tool for creating intricate holes in conductive materials using electrical discharge machining.
The EDM wire drill uses a thin wire as an electrode to erode material and create precise holes in hard materials, ensuring minimal thermal damage and high accuracy.
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Machining of engine blocks, cylinders, and housings with precision and efficiency.
HMC (Horizontal Machining Center) with a horizontal spindle, automatic indexing rotary, and 3 to 5 motion coordinates. It features three linear motion coordinates plus one rotary motion coordinate, ensuring precise and efficient machining operations.
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Milling, drilling, shaping, cutting, tapping, and boring with high precision and accuracy.
VMC (Vertical Machining Center) with the spindle axis perpendicular to the worktable. It handles milling, boring, drilling, tapping, and cutting threads with three-axis and two-linkage capabilities, offering versatility and precision in machining tasks.
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Additive manufacturing for aerospace, automotive, and medical industries applications.
Sand blasting improves surface roughness, hot air ovens offer precise drying, and inert gas muffle furnaces provide controlled heating for sintering and heat treatment up to 1200°C. These processes ensure high-quality finishes and optimal material properties, catering to various industry requirements.
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Additive manufacturing for aerospace, automotive, and medical industries applications.
The SLM 280 features precise additive manufacturing for aluminum, titanium, stainless steel, and cobalt-chromium alloys, suitable for aerospace, automotive, medical, and tooling applications. This machine ensures high-quality and precise metal parts, enhancing production capabilities.
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Additive manufacturing for aerospace, automotive, and medical industries applications.
Sand blasting improves surface roughness, hot air ovens offer precise drying, and inert gas muffle furnaces provide controlled heating for sintering and heat treatment up to 1200°C. These processes ensure high-quality finishes and optimal material properties, catering to various industry requirements.
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Used for microscopic image acquisition and characterization of metals.
The Axio Observer 7 by ZEISS is a fully motorized inverted microscope for metals, offering reliable results with five objective options (50X-1000X), advanced features like Extended Depth of Field (EDF), and dedicated software modules for precise analysis of metallic materials. It is ideal for detailed and accurate metal analysis and other industrial applications.
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Salt Spray Corrosion Testing Machine: 1000-liter capacity for corrosion resistance evaluation.
A Salt Spray Testing Chamber is used to evaluate the corrosion resistance of materials and coatings by exposing them to a saline fog environment. It is crucial for assessing the durability and lifespan of materials in automotive, aerospace, and marine industries.
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Abrasive Cutting Machine, Mounting Press, Automatic Multi-Specimen Grinding and Polishing Machine
These machines are essential for metallurgy, material science, and quality control applications, providing reliable and efficient sample preparation solutions for industries including aerospace, automotive, and manufacturing.
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The Sonel KT400 Thermal Imager offers high-resolution imaging for contactless temperature measurement.
The Sonel KT400 Thermal Imager is a versatile tool with a temperature range from -20°C to 650°C, offering high-resolution thermal imaging for predictive maintenance and quality control. It's perfect for detecting anomalies in electrical, mechanical, and building inspections.
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The FIE UTES HGFL TS Universal Testing Machine offers a robust 1000 kN capacity for material testing.
The FIE UTM UTES HGFL TS: a robust 1000 kN Universal Testing Machine with digital extensometers for precise measurements. Ideal for tensile, compression, and flexural testing in construction, manufacturing, and research, delivering reliable results for material characterization.
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Fatigue tests measure fatigue life of material under cyclic loading.
The FIE Pro-200 Fatigue Testing Machine offers a high-performance solution with a maximum load capacity of 200 kN. Its versatility in cyclic testing, including adjustable frequency and amplitude, makes it ideal for evaluating material fatigue in automotive, aerospace, and structural engineering applications.
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The Impact Testing Machine offers robust material toughness assessment with a 300 Joules capacity.
Resistance of a metal to impacts is evaluated in terms of impact strength. A metal may possess satisfactory ductility under static loads but may fail under dynamic loads or impact. The impact strength of a metal is determined by measuring the energy absorbed in the fracture.
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Standard test method for microindentation hardness (10gf to 1000gf) of all metals and case depth hardness.
Hardness Test is defined as the resistance to indentation, and it is determined by measuring the permanent depth of the indentation. The Vickers method is based on an optical measurement system. It specifies a range of light loads to make an indentation which is measured and converted to a hardness value.
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Direct and accurate measurement of Brinell hardness number using 'State of the Art' image processing technology.
Hardness Test is defined as the resistance to indentation, and it is determined by measuring the permanent depth of the indentation. It applies a predetermined test load to a carbide ball of fixed diameter. It is measured with a 2.5, 5, or 10mm diameter indenter with measuring force ranges from 62.5kg to 3000kg.
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Precision-engineered OES analyzer delivering rapid, reliable multi-element analysis for quality standards.
The SPECTROMAXx LMA110 provides precise elemental analysis for metals like Iron & Steel, Aluminium, Copper, and Nickel alloys. With advanced optics and user-friendly software, it's a top choice for quality control in foundries and metal processing, ensuring reliable results with outstanding repeatability.
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Fully automated digital microscope offering high-quality, reproducible QA/QC measurements.
The digital microscope uses optics and a digital camera to output an image to a monitor, sometimes by means of software running on a computer. It offers versatile magnification options and advanced imaging capabilities, making it ideal for various industries.
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Used for microscopic image acquisition and characterization of metals.
The Axio Observer 7 by ZEISS is a fully motorized inverted microscope for metals, offering reliable results with five objective options (50X-1000X), advanced features like Extended Depth of Field (EDF), and dedicated software modules for precise analysis of metallic materials. It is ideal for detailed and accurate metal analysis.
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Have questions or need assistance? We're here to help! Reach out to us for any inquiries, and our team will get back to you as soon as possible.
AKGEC Campus, 27th Km Milestone, Delhi-Meerut Expressway, P.O.- Adhyatmik Nagar Ghaziabad - 201015
+91 9910249199
+91 9910249199
id--afipd@akgec.ac.in
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