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India’s First Industrial Robot Training Centre at AKGEC, Ghaziabad

About Centre

AKGEC jointly with KUKA Robotics (India) has set up India’s first Industrial Robotics Training Centre for Educational Institutions
at AKGEC, Ghaziabad. The centre was inaugurated on 5th May, 2011 and operational since then.

The Centre aims to train young engineering graduates and diploma students of all engineering disciplines up to the Industry expectations and foster research in applied robotics field.
The primary objective of the centre is to encourage young professionals to take up this cross disciplinary field as a career of their choice and acquaint them with latest technological developments in the field of Industrial Robotics.

Training Programs

The AKGEC-KUKA aims to train engineering students of all disciplines up to the Industry expectations and foster research in the field of applied robotics. The centre conducts following training programs for industry professionals and engineering students of all disciplines

Services

ASF Industrial Robotics Centre offers consultation and services to develop and implement individual and integrative robotics solutions using a creative concept and design process to ensure implementation of the most appropriate solution for various industrial applications.

Robotic Machining - Milling & Deburring

Robotic Milling is the machining process of cutting materials like Metals-Aluminum, Wood, Plastics, EPS, High Density Foam / Thermocol, Wax, Polystyrene, Carbon Fiber etc.

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Robotic 3D Printing

Robotic 3D printing process is a powerful combination for unprecedented options in the design and production of precise, lightweight and inexpensive components from a wide range.

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Robotic Welding & Cutting

Robotic welding is one of the most popular applications in industrial applications. It provides a fast, reliable and high quality form of welding for meeting various industrial requirements.

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Infrastructure

The Centre is having state of art infrastructure comprises of High end Robotic Machining, Arc Welding, SPOT & Ultrasonic Welding, Pneumatic & Vacuum based Material handling, 3D Printing and Deburring, applications suitable for transforming various industrial processes

Robotic Vacuum Handling Application Cell

Robotic Vacuum Grippers can handle a wide range of applications and are ideal for picking up uneven and even workpieces which helps in enhancing the efficiency of production lines.

Robotic Spot Welding Application Cell

Robotic spot welding, a type of resistance welding, is the most popular welding application found in the manufacturing field and automotive industry to join sheet metal frames together.

Robotic Time Twin Welding Application Cell

Robotic Time twin welding process applies twin wire technology for achieving higher weld deposition rates without compromising the weld quality

Robotic Milling Application Cell

Robotic milling process involves adding the flexibility of an industrial robot to replace a traditional CNC machining application, such as drilling, milling, routing and cutting.

Robotic CMT Welding Application Cell

Robotic Cold Metal Trnsfer welding process significantly reduces the heat input and enables continuous regulation from cold to hot for an extremely stable arc and much less spatter, even at high welding speeds.

Standard Robotics Training Cell

Standard Robotics training cell is equipped with KUKA Kr-16 industrial robot which is capable of carrying out pick & place application for industrial operations.

Mobile Robotics Training Cell

The mobile Robotics training cell equipped with KUKA KR-6 & KR-3 is defined for onsight programming of industrial robot for training purpose at different universities/colleges/institutes.

Robotic Arc Welding Application Cell

Robotic arc welding is a process for joining metal by using electricity to create enough heat to melt metal. It utilize an electric arc between an electrode and a metal base using consumable electrodes.

Robotic TPSi MIG Welding Application Cell

Robotic MIG Welding is a commonly used and one of the most advanced welding process with a stunning level of performance that satisfies the most demanding requirements.

Robotic Assisted Machining Application Cell

Robotic process automation in manufacturing industries allows maximum efficiency, safety and competitive advantage in the market. Robots used in manufacturing automate repititive tasks and reduce error margins.

Robot Offline Programming Lab

Offline programming (OLP) has become an essential part of planning and designing an industrial robot system to eliminate the time with a lower initial cost.

Robot Ultrasonic Welding Application Cell

Robotic Ultrasonic welding is an industrial technique whereby high frequency ultrasonic acoustic vibrations are locally applied to work pieces bring held together under pressure to create a solid-state weld.

Robotic Laser Welding and Cutting Application Cell

Robotic laser welding is a process used to join togehter metals or thermoplastics using a laser beam to form a weld. It is an accurate, clean and flexible option for a wide variety of welding applications.

Robotic Deburring Application

Robotic deburring process is a material modification process that removes sharp edges or burrs from a material and leaves the material with smooth edges. It is commonly performed after machining operations.

KUKA YouBOT with FMS

The KUKA youBot is a mobile robotic arm having five degrees of freedom with a linear gripper . It has been used for scientific research and training process.

Certification

The participants, on successful completion of above trainings, will receive joint certification by KUKA Robotics & AKGEC. To make the certifications and training standards at par with KUKA standards, the training contents and course material will be kept same as used by KUKA College internationally.

Projects

The centre in its endeavour to promote the use of robotics technology for various industrial and general applications has developed various innovative projects through its students and trainees. The goal of these projects is to design and develop intelligent machines that can help and assist industries and individuals in carrying out designated tasks effectively and safely.

Fixture Design for cylindrical product and process parameter optimization for robotic MIG welding

Robotic welding requires specialized fixtures to accurately hold the work piece during the welding operation.

Bin picking robotics using 3D object recognition

This project will allow industrial robots to work in bin picking, payload handling, assembly, and similar operations

YouBot Control Using Leap Motion Sensor

To remotely control the KUKA YouBot via the Leap Motion sensor. Control of the YouBot base as well as the YouBot arm and gripper done by hand gestures.

Robotic 3D Printing

Robotic 3D printing is an approach to additively create large objects more accurately and repeatedly by achieving more automated and integrated production.

Robotic Vision Application

Vision Guided robots are technically advanced robots having an integrated vision systems and offers a cost cutting solution to traditional manufacturing.

Integration of safety light curtain sensor with kuka robot

To ensure safety in industrial robot work envelope, safety light curtain sensors can be used. It is an effective and optimized device that can reduce numerous accidents.

Model Based Approach For Enhancement Of Machining Accuracy In Robotic Milling

Implantation of virtual and real time technical parameters to reduce error and the function can be performed smoothly within a given time frame because the process need to be economic and feasible.

Different Shape Selection with Camera Sensing Using Kr-16 Robot

Usking Industrial Robot KUKA KR-16 with the help of camera to select different shaped objects will be placed on the conveyor belt.

TiloBot: Automated Tile Fixing Robot

This is the world’s 1st process of tile fixing on walls. Tile fixing system which utilizes YouBot coupled with another Robot in order to automate the whole Process.

Android Application for YouBot Control

Handling the YouBot via wired mechanism is hectic in complicated tasks. Android application enables to control the YouBot connected over the Wi-Fi or Bluetooth.

Success Stories

Success is the result of key determination and concentration while moving ahead in the path of workings. The stories of some of our alumni are given here who continued on their way and finally achieved massive success in the field of robotics.

Robotics Engineer, EDAG PRODUCTION
[email protected]

Automation Engineer, EDAG PRODUCTION
[email protected]

Service Engineer, KUKA India
[email protected]

Robotics Application, Yushai systems
[email protected]

Robot programmer, YMCA Faridabad
[email protected]

Master’s Student, Hochschule
[email protected]

Robotics Engineer, Addverb Technologies
[email protected]

Co-Founder, Imprenable Automation
[email protected]

Assistant Manager, EXICOM
[email protected]

Executive Engineer, Torrent Gas
[email protected]

Robotic Engineer, EDAG Production
[email protected]

System Engineer, Infosys Limited
[email protected]

Robotics Engineer, EDAG Production
[email protected]

Photo Gallery

The trainees enjoy comfortable stay with 24 hours power back up & unlimited Internet facility including nutritious food on payment basis.The facility is endowed with good lighting and sufficient ventilation.

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Latest News

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WEBINAR – Robotics Operation & Applications

April 25, 2020

WEBINAR – Concepts of Robot Programming & Application

May 30, 2020

On-Campus Facilities

The trainees enjoy comfortable stay with 24 hours power back up & unlimited Internet facility including nutritious food on payment basis.The facility is endowed with good lighting and sufficient ventilation.