International Seminar on Manufacturing Technologies 2023

About Seminar

The manufacturing landscape is undergoing rapid and unprecedented transformations in the wake of Digitalization, Automation, Industry 4.0 and Integration of diverse technologies and competences, to scale new standards of adaptability and performance. Industries can no longer afford to be complacent and ignore this onslaught of intelligent, data based working, with integration of all manufacturing and supporting processes.

With a view to highlight the evolving trends in manufacturing technologies, Indian Machine Tool Manufacturers' Association (IMTMA) is organising the 'International Seminar on Manufacturing Technologies' on 18 January 2023, in conjunction with IMTEX 2023 exhibition, in Bangalore.

Facilitators

Experts from Austria, Germany, Israel, Italy, Japan, UK, USA as well as from India will facilitate sessions at this International seminar. Spread over 3 concurrent sessions and 6 technology tracks, this seminar will cover key technology areas and their application related to manufacturing.

Glimpses of presentations

Accelerating the adoption of industrial digital technologies in manufacturing, Manufacturing Technology Centre, UK

Illustrations of “Catapult” Program undertaken in UK to accelerate Digitalization cutting across sectors such as Defence, Aerospace, Railways, Construction and Manufacturing through deployment of Automation, Robotics, Simulations & Virtual Commissioning, application of Augmented / Virtual Reality and use of Artifcial Intelligence – Machine Learning in practical situations.

Special features for 5 axis machining, Makino, Japan

Benefts of keeping the tool tilted with respect to milled surface in surface fnish. Special control algorithms to smoothen the free form surface for Die-Mold and Blisk. Illustrations of use of Control algorithm to break long winding chips while machining.

Integration of technology with machining: Booster for effciency, DMG Mori, Germany

Integration of Turning, Milling, Grinding and Gear Machining with 5 micron class precision level into a single machining centre. Illustration of its use for multiple machining cycles for typical jobs and the benefts expected from this strategy.

Titanium and Inconel machining for large size jobs, WFL Milturn Technologies, Austria

Typical applications in Aerospace, Oil exploration and Heavy Engineering, special requirements and diffculties in machining these jobs. Features in machine and controls to meet the requirements and enable higher level of productivity and performance.

Intelligent workholding solutions, Schunk, Germany

Work holding devices such as Tool Holders, Grippers, Clamping Blocks and Quick Change Pallet System with embedded sensors integrated with Control Electronics and Software, for enabling the unmanned machining process, productivity and quick setup change.

Making special roughing and variable geometry cutter better, Indian Institute of Technology, Kanpur

Advantages of using a variable pitch and / or variable helix cutter for reducing chatter. Advantages of using serrated cutters. Optimization of cutter geometry and experimental prediction and validation of improved productivity through aggressive machining parameters and stable cutting in line with the theoretical model.

Smart manufacturing: Role of In-process measurement and monitoring during Grinding process, Marposs, Italy

Advantages of In-Process Gauging for metrology, for grinding wheel balancing and use of acoustic emission for frst contact and crash detection. Use of noise signatures for mass produced jobs for abnormality detection and process condition monitoring to detect anomaly at its frst appearance.

Laser tool profle measurement at CNC machine, Blum Novotest, Germany

Advantages of Laser Cutter Profle measurement at CNC machine spindle rather than using tool pre-setters for free form machining with Ball Nose and Bull Nose Cutters for comprehensive Tool Wear Compensation of the tool shape. Besides, it can compensate for spindle and tool runout while machining.

Industrialized Additive Manufacturing – power of eco-system partnerships, Siemens, Germany

Illustration of how electronic controls, devices and software could provide perfect eco-system for various technologies of Additive Manufacturing along with Robotic automation and CNC controls that complements, drives and integrates to make these technologies viable and practical for large scale Industrial use.

Digital twin for productivity improvement in machine tools, Fanuc, India

Digitization features in CNC to enable forecasting and optimizing machined surface quality by using curved profle smoothening functions. Deployment of Artifcial Intelligence - Machine Learning powered algorithms to optimize dynamic response and dynamic precision of CNC Controls for best Quality and Productivity. Digital Twin technology is also used to detect and avoid collisions while executing complex cutter paths with use of attachments.

Next-generation Data Modelling, Association for Manufacturing Technology, USA

What, Why and How of Model Based Enterprise, built up through Model Based Defnitions, using Model Based Standards, rather than paper based standards. These technologies are enabled through newer version of MT Connect 2.X, to ensure harmonization and extensive use of Digital Twin based prediction. Case studies will be presented to prove the concept under diverse demanding scenarios.

Applications of Metaverse in manufacturing, Bosch, India

Practically deployed Industrial Use-Cases for Augmented Reality, Mixed Reality and Virtual Reality to inspire confdence and show the way forward for what exciting possibilities could be unleashed through these nascent exotic technologies, while upholding the business considerations.

Seamless Data acquisition, management and analytics in machining with and without customized hardware, m2nxt, India

Case studies from different sectors for Data Acquisition and Analytics from manufacturing equipment, with and without use of customized hardware, and without dependence on data coming through CNC Controls and PLCs.

Solutions in virtual 3D printing environment, Hexagon, India

Simulations to predict quality and cycle time for Additive Manufacturing technologies, to optimize process parameters, and for ease of costing. The simulations also cover post processing such as Hot Isostatic Pressing and Shrinkage of Sintering process.

Operating economics of Metal Additive manufacturing, Amace Solutions, India

Metal Additive Manufacturing market trend in India, the economics and evolution machine specifcations and operating parameters making the technology more competitive and usable for regular industrial usage.

Rapid adoption of Additive Manufacturing in the Space sector, Manufacturing Technology Centre, UK

Case studies and drivers for use of Additive Manufacturing in Aerospace sector in a big way, comparative analysis of how the drivers could evolve similarly for manufacturing in Automotive and engineering sector and how the technology could unfold in near future.

Programme Schedule

0800 - 1000	Registration
1000 - 1100	Inaugural & Keynote Session : Keynote Address - “Accelerating the adoption of industrial digital technologies in manufacturing”, Dr. Nandini Chakraborty, Associate Director, Manufacturing Technology Centre, UK
1100 - 1120	Networking Tea/Coffee
Parallel Concurrent Sessions
Machining		Emerging Trends	Additive Manufacturing
1120 - 1155	Titanium and Inconel machining for large size jobs, WFL Milturn Technologies, Austria Download	Digitization and New Age Approach to ‘On Demand’ Manufacturing, Zetwerk, India Download	Solutions in virtual 3D printing environment, Hexagon, India Download
1155 - 1200	Change Over
1200 - 1235	Special features for 5 axis machining, Makino, Japan Download	Applications of Metaverse in manfacturing, Bosch, India	Operating economics for metal Additive Manufacturing, Amace Solutions, India Download
1235 - 1240	Change Over
1240 - 1315	Integration of technology with machining: Booster for efficiency, DMG Mori, Germany	Performance analysis and evaluation of sustainability of machining system, Indian Institute of Technology Madras Download	Rapid adoption of Additive Manufacturing in the Space sector, Manufacturing Technology Centre, UK Download
1315 - 1415	Lunch
Workholding and Tooling		Enabling Technologies	Industry 4.0
1415 - 1450	Intelligent workholding solutions, Schunk, Germany Download	Laser tool profile measurement at CNC machine, Blum Novotest, Germany Download	Next-generation Data Modelling, Association for Manufacturing Technology, USA Download
1450 - 1455	Change Over
1455 - 1530	Making special roughing and variable geometry cutters better, Indian Institute of Technology Kanpur Download	Industrialized Additive Manufacturing ? power of eco-system partnerships, Siemens, Germany Download	Seamless Data acquisition, management and analytics in machining with and without customized hardware, m2nxt, India
1530 - 1535	Change Over
1535 - 1610	Enhancing tooling productivity by better design, ISCAR, Israel	Smart manufacturing - Role of In-process measurement and monitoring during Grinding process, Marposs, Italy Download	Digital twin for productivity improvement in machine tools, Fanuc, India Download
1610 onwards	Tea/Coffee

Participation invited from

Automotive, Auto components, Consumer durables, Die & Mould, Machine tool, Tool rooms, Aerospace, Defence and Railway units, PSUs, Pumps & Valves, General Engg. and other manufacturing industries. Decision makers including CEOs, senior executives, practicing engineers, industry experts, R&D specialists and academia will immensely beneft from this seminar.

REGISTRATION FEE

CATEGORY	REGISTRATION FEE PER DELEGATE	GROUP CONCESSION
IMTMA Members, Micro and Small Enterprises, Research & Educational Institutions, Individuals	Rs. 3000/-*	A concession of Rs. 500 per delegate will be offered to companies nominating 3 or more delegates
All other Companies	Rs. 3500/-*

Note:

Add 18% GST*
Delegate fee is Non-refundable. However, change of nominations within the same company acceptable
Micro & Small Enterprises companies must produce valid UDYAM Registration Certifcate
Delegate fee includes lunch, seminar documentation and shuttle bus service from Bangalore city centre to BIEC (Seminar venue)
IMTMA Members may avail their membership redemption points for participating in the seminar.

Registration for participation must be made online only.

Accommodation

Note: This is a non- residential programme and delegates are requested to make their own arrangements for accommodation.

Name of the Hotel	Address with contact details
V One Hotel Ambara Elite.	No. 40, near 8th Mile Circle, Hesarghatta Main Road, T.Dasarahalli, Bangalore, Karnataka-560073 +91 8088908502
Holiday Palms Hotel	52/1 14th Mile, NH4 Arishinakunte, Tumkur road, Adj to Vijaya Vittala Temple, Bangalore - 562123. PH:- +91 8027728806 / 07
Hotel Leroy Grand	#44/1-3, Industrial Suburb, Mahalakshmipuram Opp, Vaishnavi Mall, Yeshwanthpur, Tumkur Main Road, Bengaluru - 560022. PH:- +91 8884449722
The Fern Residency Yeshwanthpur	6/1 , Tumkur Main Road, Next to Sparsh Hospital, Yeshwanthpur, Bengaluru - 560022. Mobile: +919686199949

Gold Partners

Silver Partner

Contact

For event details or any queries / clarifications during 'online registration' process please contact
Abhishek - Mob: 9844294387 (abhishek@imtma.in)
Madan - Mob: 7899437625 (madan@imtma.in)

Our Address

Bangalore International Exhibition Centre
10th Mile, Tumkur Road, Bangalore - 562 123

Email Us

abhishek@imtma.in
madan@imtma.in

Call Us

+91 9844294387
+91 7899437625