Extrude Hone offers its ECM and TEM expertise as part of a training course at IMTMA
In modern manufacturing, with complex component design, difficult-to-machine materials, and stringent cleanliness requirements, burr removal poses challenges for manufacturers.
Among the most effective deburring methods, two unconventional processes – electrochemical machining (ECM) and thermal deburring (TEM) – are key solutions for modern deburring.
However, these key solutions require skilled technicians who need to be trained by real experts, like those at Extrude Hone.
Extrude Hone announces that we are back with the India Machine Tools Manufacturer Association (IMTMA) training session.
It will start with a training day on September 17th in Bangalore.
A ½ day classroom session at IMTMA’s Bangalore campus, followed by ½ day visit to Extrude Hone Bangalore facility.
What is IMTMA and the Manufacturing Technology Training?
With nearly 500 members, IMTMA represents 90% of organized machine tools and related equipment manufacturers in India.
Over the past three decades, IMTMA has played a leading role in developing the machine tool industry, India’s backbone for industrial growth.
It is committed to helping its members increase competitiveness, enhance efficiency, improve productivity, and grow by leveraging technology to meet their customers’ ever-changing needs.
Recognized as a leading training center in India, IMTMA has now set up training programs at its technology centers in Bengaluru, Pune, and Gurugram, enabling the manufacturing industry to enhance its knowledge and skills.
These training programs are delivered by industry experts with over 30 years of experience in the relevant fields. Over 60 subject matter experts specializing in multiple areas, from design to manufacturing, have been associated with IMTMA.
State-of-the-art training facilities have been set up at technology centers in BIEC, Bengaluru, Pune, and Gurugram to provide hands-on training to complement classroom sessions on the latest tools and techniques, the Manufacturing Technology Training.
Extrude Hone’s expertise in ECM and TEM for Manufacturing Technology Training.
This program will be conducted by Mr. Debnath Goswami, Managing Director of Extrude Hone India Pvt; Ltd.
With 30+ years’ experience on machine design & building, project management and marketing of machine tools from various industry like M/s Saint Gobain India, M/s Kennametal India & M/s Extrude Hone India, he’s a real expert on deburring technologies.
Extrude Hone India offers contract manufacturing services for Electrochemical Machining (ECM), Abrasive Flow Machining (AFM), and Thermal Deburring (TEM) for several industries (automotive, aerospace…) and supports the Indian market with capital equipment sales and aftermarket needs of spares and services.
Having installed the first machine in India in 1983 and starting the technical center in 2012, Extrude Hone is connected deeply to the Indian industry.
The location is also an engineering hub for the global Extrude Hone group.
Training day on September 17th in Bangalore for Thermal and Electrochemical deburring learning.
Program of the TEM and ECM training day
- Definition and characterization of burrs
- Causes of burr formation & its ill effects
- Understanding customer needs
- Common deburring methods – merits and demerits
- Non-conventional approach
- Electrochemical machining (ECM) & Thermal deburring (TEM):
- Basic principles, capabilities, and applications
- How to gain control of the process for consistent output quality
- Demonstration of ECM & TEM processes with real-life applications
- Open discussion on challenges faced in reality and probable solutions
Participant profiles and benefits:
Profiles
- practicing NPD, manufacturing & QA professionals
- an existing user of / anyone interested in adopting ECM & TEM processes
- irrespective of hierarchy, anyone responsible for delivering quality & securing future
Benefits of the training
- Understanding burrs & customer needs
- A thorough understanding of ECM & TEM technologies
- Seeing ECM & TEM processes working on various components in real life