Welcome to IMTMA Technology Blog. Here you can browse through the training reports, press releases and articles of interest for machine tool industry and IMTMA Technology Centre.

Finishing School in Production Engineering

Finishing School in Production Engineering

18 April - 14 May 2016, IMTMA Technology Centre, Bangalore

Indian Machine Tool Manufacturers' Association (IMTMA) organized the 26th batch of the "Finishing School in Production Engineering" from 18 April to 14 May 2016 at IMTMA Technology Centre in Bangalore.

IMTMA's "Finishing School in Production Engineering" focused on all the practical aspects of modern machining - from reading an engineering drawing through measurements and quality control - including machining processes, CNC programming and operation, process planning, tool materials, selection of cutting tools and optimizing machining parameters, limits, fits and tolerances, GD & T and selection of measuring instruments. In addition to the technical inputs, emphasis was given to develop soft skills as necessary for manufacturing industries.

The workshop was conducted by industry experts from IMTMA Technology Centre, Blaser Swisslube India, Kennametal India, Grindwell Norton & Ace Micromatic. Industry visits to Ace Designers & BFW in Bangalore were organized for the participants to get 'live' experience of the actual production environment.

The workshop was attended by 13 delegates. Two international delegates were from Kenya (UNIDO). One delegate was from Sansera Engineering. Rest of the delegates were fresh engineers.

Hands-on session Session on Fixturing
Session on Delcam 3D Cam Hands on Measuring Practice

Participant's Feedback :

  • The programme helped me to develop my knowledge on machines. I am grateful to IMTMA for the same
    – Mr.  Sujayendra, Student.
  • I would highly like to thank you all for the useful and valuable knowledge I have gained.
    – Mr.  Bernard Onyango Ogutu, UNIDO Kenya.

Modern Automotive Needs and Latest Trends in Forging Technology

Training Programme on

Modern Automotive Needs and Latest Trends in Forging Technology

The auto, agricultural and construction industry is experiencing continuous change and this change is the result of customer demands as well as new environmental norms. Forgings contribute a major share in vehicles in terms of weight, strength and value. Forging industry is aligning itself with various technological solutions for the evolving demands from the automotive sector. India is a major force in forging manufacturing and shall play a crucial role in meeting the new demands of global customers.

Keeping this in view, Indian Machine Tool Manufacturers' Association (IMTMA) had organised one day programme on Modern Automotive Needs and Latest Trends in Forging Technology on 4 April 2016 at IMTMA Technology Centre in Pune.

 

The training programme focused on :

  • Importance of industrial parts cleaning.
  • Metallurgy of forgings.
  • Forging as a technology.
  • New norms of auto industry.
  • How forging contributes towards stated and implied expectations.
  • Role of metallurgy and forging technology as per new norms.
  • Latest methods in forging technology.
  • Strategy for global competitiveness of forging industry.
 

The programme was conducted by Dr. Vasant Khisty who comes with 33 years’ experience in all aspects of forging, gear manufacturing and international business development for drive line systems.

Delegates from Varroc Engineering, Brakes India, Gabriel India, Auto Parts Forging Division, Pyro Electric Instruments, ISGEC, KRATOS Engineering & IT Solutions, and Roop Automotives attended the training programme. The training programme was highly interactive. Participants were able to solicit feedback on specific technical issues from the expert faculty.

Effective Maintenance of CNC Machines – Mechanical Aspects

Training Programme on

Effective Maintenance of CNC Machines  –  Mechanical Aspects

21-22 April 2016: Pune

Mechanical Maintenance in Industry gets somehow done under duress, hence a systematic approach for diagnosis and resolving problems cannot be followed. Systematic hands on experience on Maintenance techniques is neither given at education institutions nor is it generally possible in day-to-day working in the industry. Ultimately it results into lesser than expected performance of machines, erosion of equipment reliability and dependability.


Keeping this in view, Indian Machine Tool Manufacturers' Association (IMTMA) had organized a 2 day Training Programme on Effective Maintenance of CNC Machines - Mechanical Aspects on 21 - 22 April 2016 at IMTMA Technology Centre in Pune. Programme was focused on providing hands on experience for systematically approaching the common problems in CNC machines and its subsystems.

The training programme focused on :

  • Maintenance Management: Breakdown Maintenance, Preventive Maintenance, Predictive, Spares planning and Safety while doing Maintenance
  • Anatomy of VMC and CNC Lathe.
  • Do's and Don'ts of mechanical maintenance, tricks of trade.
  • Demo for Leveling, Orthogonality, Spindle Run-out, play, backlash and Calibration Checking.
  • Maintenance of Machine Subsystems such as Hydraulics & Pneumatic Circuits, Lubrication System, Cutter Locking and ATC.

This programme was conducted by Mr. Avinash Khare, Mr. Ashok C S Raj along with industry experts from Setco Spindles India and Renishaw Metrology System.

Delegates from Phoenix Mecano India, Endurance Technologies. Indo Toolings, L.G Balakrishnan & Bros, Gea Westfalia Separator India, SKF India, Nuclear Fuel Complex, Kirloskar Pneumatic Company, Ferromatik Milacron India, Quality Gears, and Bharat Forge attended the training programme.

Manufacturing Excellence through SPC and Problem Solving Tools

Training Programme on

Manufacturing Excellence through SPC and Problem Solving Tools


Variation in any manufacturing process is inevitable but needs to be controlled. If external or assignable causes of variations are excluded, the natural causes are restricted to a combination of variations due to machines, tools, methods, materials and people who work at the workplace. Statistical Process Control (SPC) is a technique to enable measurement and analysis of the variations at the workplace and try and control the same at optimum levels. While SPC techniques involve extensive use of various types of control charts, an understanding of all the basic seven quality tools helps in a better understanding and implementation of SPC. Keeping this in view, Indian Machine Tool Manufacturers' Association (IMTMA) organized a 2 day programme on Manufacturing Excellence thro SPC and Problem Solving Tools on 28 - 29 January 2016 at Pune.

The programme primarily focused on :


Fundamentals of Statistics 

  • Measures of central tendency and spread 
  • Types of frequency distributions 
  • Evaluation of discrete data and grouped data (through example) 
  • Concepts of probability 
  • Statistical decision making 
  • Acceptance sampling (sampling plans) 


Objectives and benefits of SPC 
Understanding of common and specific causes 
PDCA Approach 
Basic 7 QC Tools 

  • Check sheet 
  • Stratification 
  • Brainstorming and Pareto chart 
  • Cause and Effect diagram 
  • Graphs and control charts 
  • Histograms 
  • Scatter diagrams 


Machine and process capability 
Application of control charts for variables 
Application of control charts for attributes 
Analysis of control charts 

  • Exercises on statistical decision making 
  • Exercises on control charts for variables 
  • Exercises on control charts for attributes 
  • Exercises on process capability 


Basics of MSA 

The training programme was conducted by Mr. Pramod Deo, industry consultant. Delegates from Adler Mediequip, Anand Testing Machine Services, Grupo Antolin India, L&T-MHPS Boilers, LAPP India, Mahindra Gears & Transmission, Mahr Metrology India, Sintercom India, SONA BLW Precision Forgings, and Subros attended the training programme.

Strategies for Successful Design and Processing of Plastic Parts

Seminar on

Strategies for Successful Design and Processing of Plastic Parts


We are said to be living in an era of Plastics since 1974, as the world consumption of plastics from that year onward exceeded that of steel by volume! From household appliances to airplanes, from tooth brushes to telephones, from Computers to cars, everything seems to be made out of plastics these days. The reasons are not far to seek. Injection molded plastic parts offer unbeatable combination of Light Weight Construction, Flexibility, Toughness, Chemical Resistance, Long-term Performance and Cost Effectiveness. World Class Injection Moldings are a result of Knowledge of Plastics, Excellent Part Design, Robust Mold Design, Methodical Mold Manufacture, Optimum Process Parameters and Reliable Molding Machine.

Keeping this in view, Indian Machine Tool Manufacturers' Association (IMTMA) organized a 2 day programme on Design and Processing of Plastic Parts on 22 - 23 December 2015 at Pune.

The programme primarily focused on :

  • Introduction to Plastic Materials, Properties and Applications.
  • Injection Moulding Process, Machine and Mould Construction.
  • Plastics - Manufacturing Processes.
  • Design of part features such as wall thickness, radii, ribs, boss, snaps, threads, draft, parting line, holes and undercuts.
  • Design with respect to manufacturing such as part integration, gate location, shrinkage, and mismatch, ease of manufacturing, stiffness and tolerance.
  • Counter Measures w.r.t Moldflow Observation.
  • Finishing of Plastic Parts.
  • Assembly Techniques of Plastic Parts.
  • Defects and Remedies.


The seminar was conducted by industry experts from NTTF. Delegates from Brose India Automotive Systems, Bajaj Auto, Behr-Hella Thermocontrol India, Blue Star, Bosch Chassis Systems India, Brakes India, Dr. Wiesner Test & Automation, Elephant Design, Fiat India Automobiles, Fine Handling & Automation, Fleetguard Filters, John Deere India, Larsen & Toubro, Mahindra Two Wheelers, MSC Software Corporation India, Shapers India, Siemens, TVS Motors, and Valeo India attended the seminar.