3D Graphy Associate Corporate Member & Team
Dr. Shibu John, CEO & Founder, 3D Graphy LLP, Founder & Secretary, 3DPERA, Mr. Pulak Sen, Founder & Secretary, MRO Association of India, Associate Director, Aviation & MRO, 3D Graphy, Mr. Saroop Chand, Managing Director, Adroitec Information Systems Ltd and Cmde. Niranjan Khardenavis, ( Retd.) Ex- CTO, Indian Navy, Associate Director, Defence & Marine, 3D Graphy. Adroitec Information Systems is a 3D Graphy Associate Corporate Member Adroitec Engineering Solutions (P) Ltd is an Global Engineering Solutions provider with state-of-the-art development centers in India and a 100% owned US based subsidiary HOPE Consulting Inc. With a team of over 300+ highly qualified and experienced professionals, Adroitec delivers services which are closely aligned with the design-through-manufacturing strategies of its global manufacturing customers, crashing cycle times and reducing costs. Adroitec drives to stay at the forefront of technology, and its track record of excellence make Adroitec ideally suited to be the ‘Right Consulting Partner’. •Pioneers in Engineering Solutions since 1988. •Global Consulting & Services for Mechanical / AEC/ KBE since 1993. •200+Qualified & Experienced professionals, engineers & technology experts with more than 1000+ man years of experience. •Global clientele spanning Europe, US, and India. •6000+ customer , 800+ technical institutions Specialties KBE Using Design Automation, PLM / PDM Consulting, CAD/CAM/CAE, Robotics, 3D Printing, 3DM Technical Services, Illustration, ANSYS, Creo Parametric, Windchill, AutoVue, Oracle Primavera, Oracle Unifier, Service Manual, Animation, IronCAD, Moldex3D, GoldFire, IHS Goldfire, IHS EWB, BOM Intelligence, Oracle Prime, and CFD
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3D Graphy Associate Corporate Member : Imaginarium
Dr. Shibu John, CEO & Founder, 3D Graphy, Cmde. Niranjan Khardenavis, ( Retd.) Ex- CTO, Indian Navy, Associate Director, Defence & Marine, 3D Graphy, Mr. Amod Satarkar, Business Head, Imaginarium, Mr. Ashwani Sharma, Chairman, Aeronautical Society of India, Associate Director, Aerospace, Aviation & MRO, 3D Graphy Imaginarium is the leader in advanced digital manufacturing technology, housing the largest set up of 3D printers in the country. Pioneering game-changing applications for over 50 industries, Imaginarium has disrupted the manufacturing sector by providing a complete ecosystem from conceptualisation to end-use product, enabling enterprises to design better and realise products faster. We are grooming the next breed of makers and innovators for another manufacturing revolution. 3D Graphy LLP is a company promoting 3D technology. And Imaginarium as a member will be will get to promote their products and service through different platforms 3d graphy has constituted in India.
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3D GRAPHY KNOWLEDGE FORUM : ” 3D Printing in Electronics & Semiconductors ” A Session introducing the technology to Military College of Telecommunication Engineering, Mhow.
Military College of Telecommunication EngineeringMhow Brig Rajesh VermaHead of Electronics,Military College of Telecommunication EngineeringMhow 3D GRAPHY KNOWLEDGE FORUM – presentation on 3D printing in electronics and semiconductors was presented to Brigadier Rajesh Verma, Head of Electronics at the Military College of Telecommunication Engineering in Mhow, as a demonstration of the potential of 3D printing in advancing military technology. The meeting was initiated by Cmde. Niranjan Khardenavis ( Retd.) Ex- CTO, Indian Navy, Associate Director, Defence & Marine, 3D GRAPHY LLP. Members who joined included Dr. Sankha Dip Das, Scientist “E” , Ministry of Electronics & Information Technology, Govt. of India, Dr. Shany Joseph, Scientist “E”. CMET Pune, Dr. Shibu John, CEO & Founder, 3D GRAPHY LLP, Founder & Secretary, 3DPERA, Dr. Winstone Deaver, Research Engineer, 3D GRAPHY LLP, Mr. George K John, Business Associate, Engineering & Marine, 3D GRAPHY LLP, Ms. Tejal Modi, Head PR & Communications, 3D GRAPHY LLP & Editor, 3D Graphy News. Presentation was made by Dr. Winstone Deaver, PhD Additive Manufacturing, Research Engineering, 3D Graphy, Dr. Shany Joseph, Scientist “E”, CMET Pune joined by Dr. Sankha Dip Das, Scientist ” E” , Ministry of Electronics & Information Technology, Govt. of India. Title Slide Title: 3D Printing in Electronics and Semiconductors Subtitle: Revolutionizing Military Technology Presented by: Dr. Winstone Deaver, PhD Additive Manufacturing, Research Engineer, 3D GRAPHY LLP, Dr. Shany Joseph, Scientist ” E”, CMET Pune. For: Brigadier Rajesh Verma, Head of Electronics, Military College of Telecommunication Engineering, Mhow Date: 21th August 2024. Introduction Overview of 3D Printing in Electronics and Semiconductors Brief history and evolution of 3D printing in electronics. Importance of 3D printing for the military and defense sectors. Applications of 3D Printing in Electronics Printed Circuit Boards (PCBs) How 3D printing can create complex, multi-layer PCBs. Advantages in rapid prototyping and small-scale production. Antennas and Sensors 3D printing of customizable and lightweight antennas. Integrating sensors directly into 3D-printed devices for field applications. Flexible Electronics Wearable technologies and conformal electronics for soldiers. Examples of flexible displays and sensors used in military gear. 3D Printing in Semiconductor Manufacturing Microelectronics and Semiconductor Devices 3D-printed transistors and microchips: current capabilities and future possibilities. Potential for creating custom semiconductor devices for specific military applications. Integration with AI and IoT How 3D printing supports AI-driven electronics and IoT devices in the field. Real-time data collection and processing through 3D-printed semiconductor devices. Advantages of 3D Printing in Military Electronics Cost Efficiency Reduction in costs associated with traditional manufacturing. Economies of scale for small-batch production. Rapid Prototyping Quick turnaround from design to deployment. Adaptation to battlefield requirements with on-site 3D printing. Customization and Miniaturization Tailoring electronics to specific missions or individual soldier needs. Miniaturizing components to reduce weight and increase portability. Challenges and Future Directions Technical Challenges Material limitations and reliability concerns. Integration with existing manufacturing processes. Future Trends Evolution towards fully integrated 3D-printed electronic systems. Collaboration between military, academia, and industry to advance research. Conclusion Summary of Key Points Reiteration of the benefits of 3D printing in electronics and semiconductors for military applications. Call to Action Encouraging the adoption of 3D printing technologies at the Military College of Telecommunication Engineering. Proposal for a pilot project or further research collaboration. Setting up a 3D GRAPHY HUB in the Institute. Q&A Open Floor for Questions and Discussion This outline can be tailored with specific data, visuals, and examples relevant to Brigadier Rajesh Verma’s interests and the strategic goals of the Military College of Telecommunication Engineering. A proposed a visit to the CMET Pune will be initiated soon for understanding the application and connecting dots for addressing different problem statements using 3D technology. Dr. Shibu John, CEO & Founder, 3D Graphy LLP, Organising Committee Member, 3D GEM 2024 also invited all the respondents in the meeting to participate in the 3D GEM 2024 event held in IIT Delhi on 9th & 10th November jointly organised by IIT Delhi & 3D Graphy.
3D GRAPHY KNOWLEDGE FORUM : ” 3D Printing in Ayurveda “
Pre-event virtual session for 3D Printing in Ayurveda – Main session to be held on 10th November 2024 in IIT Delhi 3D GRAPHY KNOWLEDGE FORUM – is a platform sharing knowledge and information about latest development in 3d technology for different sectors and specialisation. The current knowledge forum was very specific to Ayurveda and its specialisation. The event was initiated by Cmde. Niranjan Khardenavis ( Retd.) Associate Director, 3D Graphy Llp and Dr. Shibu John, CEO & Founder, 3D Graphy Llp, Founder & Secretary, 3DPERA and also the Organising Committee Member 3DGEM 2024 – 3D GEM 2024 is the 4th edition of the International event on 3D Printing & 3zD Visualisation held on 9th & 10th of November in IIT Delhi. IIT Delhi & 3D Graphy is the organisers of the event. A pre- event virtual session was held to update the senior industry leaders in Ayurveda about the prospects of 3D Printing in Ayurveda. The main event will be deliberate about the prospect of 3D Printing in Ayurveda to be held with the 3D GEM 2024 International event held on 10th November in IIT Delhi. We expect all the Ayurved College, Ayurveda Research Centre and Entrepreneurs to join the session to learn the prospects of 3D printing in Ayurveda. Joining the event will be Shri Vaidya Jayant Deopujari, Chairperson, NATIONAL COMMISSION FOR INDIAN SYSTEM OF MEDICINE, Ministry of Ayush, Govt. of India Vaidya Shrikant Kashikar, Principal, Sawakr Ayurved college Vaidya Abhay Kulkarni, Secretary of Ayurveda Seva Sangh, Nashik, Maharshtra, India and Dr. Prakash Katakam, Principal, Indira College of Pharmacy, Nandad. 3D printing in Ayurveda offers fascinating possibilities. For example: Custom Herbal Formulations: 3D printing could allow for precise dosage and combination of herbal ingredients tailored to individual patient needs. This could lead to more effective treatments that align closely with Ayurvedic principles of personalized care. Personalized Medicine: Just as 3D printing is used to create personalized pharmaceuticals, it could be applied to create Ayurvedic remedies customized to a patient’s specific constitution (Prakriti) and imbalances (Dosha). Educational Models: 3D-printed models could be used in Ayurveda education to help students better understand anatomical structures or the physical characteristics of various herbs and plants. This could enhance the learning experience by providing tangible, hands-on tools. These applications show how ancient wisdom can integrate with cutting-edge technology to improve healthcare outcomes and educational processes.
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3D GRAPHY KNOWLEDGE FORUM – ” Additive Manufacturing for Cochin Shipyard ” A Session sharing the prospects of 3D Printing and Additive Manufacturing for Shipbuilding and Marine engineering.
3D Graphy organised a session on 3D Printing and Additive Manufacturing for the officers of Cochin Shipyard. The session likely focused on introducing these technologies, discussing their applications in the maritime industry, and exploring how they can benefit shipbuilding and repair processes. This type of session would typically cover topics such as rapid prototyping, customized parts manufacturing, and the potential for reducing costs and improving efficiency in shipyard operations. The session was initiated by Mr. George John Kochukaleekal, BE Mech, Chartered Engineer, FIE, FIMarE, FIOV ( Valuation), Certified Lloyd Quality Assurance Auditor for Quality, Safety, Environment, Certified Member Institute Arbitration and Mediation of India. Licensed Marine Chief Engineer from Ministry of Marine Department Singapore. Presently he is the Business Associate, Engineering & Marine, 3D GRAPHY LLP promoting the prospects of 3D Printing & 3D Visualisation for Training, Research and Business with the interest of setting up 3D GRAPHY HUB’s in various organisations and centre’s in India both Engineering and Medical. Since 3D technology is not confined to only one specialisation or sector the scope is immense and it is 3D Graphy’s clear intent to propagate 3D technology across industries. As the credit line of 3D Graphy say’s it all – ” Democratising 3D technology to benefit all” Other team members from 3D Graphy who joined the meeting included Dr. Shibu John, CEO & Founder, 3D GRAPHY LLP, Founder & Secretary, 3DPERA, Organising Committee Member – 3D GEM 2024, Cmde. Niranjan Khardenavis, ( Retd.) Ex- CTO, Indian Navy, Associate Director, Defence & Marine, 3D GRAPHY LLP, Dr. Winstone Deaver, PhD Additive Manufacturing, Research Engineer, 3D GRAPHY LLP, Ms. Tejal Modi, Head PR & Communications, 3D GRAPHY LLP, Editor, 3D Graphy News. Members from Cochin Shipyard and other dignitaries who joined included Dr. K L Simon, Ex Chief Marine Engineer, Ex Principal Surveyor DG Shipping Mumbai, Ex- Chairman Lakshadweep Shipping, Ex-Director/ Eurotech Marine College, Cochin University Science and Technology Marine Engineering college. Presently Chairperson of Maritime University Cochin. 3D printing technologies offer several benefits and advantages for shipbuilding and boat making, making them increasingly valuable in the maritime industry. Here’s how they can be useful: 1. Rapid Prototyping Benefit: Allows shipbuilders to create scale models of ships and boat components quickly. Advantage: Enables faster design iterations, leading to more efficient design processes and reduced time to market. 2. Customization and Complex Geometries Benefit: 3D printing allows for the creation of complex, customized components that would be difficult or impossible to manufacture using traditional methods. Advantage: Facilitates the production of unique parts tailored to specific vessels, improving performance and reducing material waste. 3. Reduced Material Waste Benefit: Additive manufacturing (AM) adds material layer by layer, using only what is necessary. Advantage: Minimizes waste compared to traditional subtractive manufacturing methods, leading to cost savings and a more sustainable production process. 4. On-Demand Production Benefit: Components can be printed as needed, reducing the need for large inventories of spare parts. Advantage: Leads to lower storage costs and faster response times for repairs and maintenance. 5. Lightweight Structures Benefit: 3D printing allows for the creation of lightweight, yet strong, components. Advantage: Contributes to the overall weight reduction of the vessel, which can improve fuel efficiency and reduce operational costs. 6. Enhanced Design Flexibility Benefit: Complex designs that would be challenging to achieve with traditional methods can be easily realized with 3D printing. Advantage: Enables innovative designs that can improve the hydrodynamics, strength, and functionality of ships and boats. 7. Cost-Efficient Prototyping and Tooling Benefit: 3D printing can be used to create molds, jigs, and fixtures needed for the production of ship components. Advantage: Reduces the costs and lead times associated with traditional tooling, making the production process more flexible and cost-effective. 8. Integration of New Materials Benefit: Advanced 3D printing technologies can work with a wide range of materials, including metals, composites, and polymers. Advantage: Allows shipbuilders to experiment with new materials that offer better performance, corrosion resistance, or other desirable properties. 9. Simplified Supply Chains Benefit: The ability to print parts on-site reduces the reliance on complex supply chains. Advantage: Decreases lead times and the risk of supply chain disruptions, which is particularly beneficial in remote or maritime environments. 10. Improved Maintenance and Repairs Benefit: 3D printing can be used to produce replacement parts on demand, even in remote locations. Advantage: Shortens repair times and extends the operational life of vessels by making it easier to replace worn or damaged parts. Overall Impact on Shipbuilding and Boat Making 3D printing and additive manufacturing offer a transformative potential in shipbuilding by enhancing efficiency, reducing costs, and enabling the creation of more innovative and sustainable vessels. As these technologies continue to evolve, their adoption in the maritime industry is expected to grow, further driving improvements in design, production, and maintenance processes. In additive manufacturing (AM), a variety of materials are used depending on the specific requirements of the application. Here’s a look at some of the materials like cupronickel and phosphor bronze, along with others that are commonly used in AM, particularly in industries like shipbuilding, aerospace, and automotive: 1. Cupronickel (Copper-Nickel Alloys) Composition: Typically contains 70-90% copper and 10-30% nickel, with small amounts of other elements such as iron and manganese. Uses in AM: Cupronickel is used in 3D printing for marine applications due to its excellent corrosion resistance, particularly in seawater environments. It’s ideal for parts like propellers, piping, and heat exchangers. Advantages: Corrosion Resistance: High resistance to corrosion in seawater, making it perfect for marine applications. Thermal Conductivity: Good thermal conductivity, beneficial for heat exchangers and other thermal applications. Biofouling Resistance: Reduces the adherence of marine organisms, which is critical in ship components exposed to seawater. 2. Phosphor Bronze Composition: An alloy of copper with 0.5-11% tin and 0.01-0.35% phosphorus. Uses in AM: Phosphor bronze is often used in 3D printing for creating components that require high wear resistance, such as bushings, bearings, and springs. Advantages: Wear Resistance: Excellent wear resistance, making it suitable for moving parts. Fatigue Resistance: High fatigue resistance, beneficial
3D GEM 2024 International event to be held on 9th & 10th of November in IIT Delhi
https://youtu.be/Y0VH0HZC8fk 3D GRAPHY ENGINEERING & MEDICAL 2024 – is the 4th edition of our flagship event to be held on 9th & 10th November in Lecture Hall Complex , IIT Delhi Hauz Khas, New Delhi, India. An International event on “ Emerging Niche Technology, 3D Manufacturing and Quality Assurance Continuum” as a lead track conducted in association with IIT Delhi, 3D Graphy, 3D Printing Education & Research Association Supported by Ministry of Electronics & Information Technology, Govt. of India, NCAM, DSRI, MSME Start up’s in Defence equipment, drones, engineering tools, medical equipments and 18 different industry associations which include Aeronautical Society of India, MRO Association of India, Drone Federation of India, Association of Healthcare Providers ( India), Association of Indian Medical Device Industry, Association of Maxillofacial Surgeons of India, Maharashtra Orthopaedic Association, Indian Society of Oral Implantologists, Indian Dental Association, Force Biomedical, The Indian Pharmaceutical Association, Orthotics & Prosthetics Association of India, Society for Aerospace, Maritime & Defence Studies, Society of Biomaterials & Artificial Organs and others to join representing different specialisation across industries. The event is inline with Government of India’s initiative to promote indigenous manufacturing with Atmanirbhar Bharat – Make in India with Industry 4.0. And since the event is a convergence of all industries promoting 3D Printing & 3D Visualisation. The theme is expressing it all “ Democratising 3D Technology with education & research to benefit all ”. The event will include conference, training, exhibition, poster presentation and awards recognising the initiators across industries and 3d technology. 3D Technologies will be the key focus of the event with topics on 3D Printing, 3D Scanning, 3D Simulation, 3D Design (Design for Additive Manufacturing), 3D Visualisation – AR, VR, MR, Digital Twin & Material science. The exercise will help the participants to known the potential of each 3D technology in their respective fields and specialisation. We are expected to have 60 plus speakers, 100 exhibitors and 5000 plus visitors from all the sectors and specialisation attend the event. The speakers will include engineers, architects, researchers’, scientists, doctors, 3d designers, material experts, 3d technology experts and users from different industries. Activities to be held in 3D GEM 2024 event: 1. 3D GEM 2024 – Poster Presentation is an initiative to invite aspirants from all Engineering college from Mechanical, Mechatronics, Medical College, Dental College, Orthotics & Prosthetics college, Pharma College, Design Schools, Architecture college, Tissue Engineering and Material Science institutes to participate in Poster Presentations. The invitation is also extended to NON- STUDENTS who are either faculty from research or individuals, entrepreneurs or organisation who have created innovative products to share the practical applications of the 3d technology solutions. They will be sharing their respective abstract with their latest efforts in R & D achieved in 3D technologies – 3D Printing, 3D Scanning, 3D Design, 3D Simulation, 3D Visualisation – AR, VR, MR, Digital Twin & 3D printable materials. The participation is extended to all IIT’s, NIT’s, Engineering College, Architecture, Design schools, Medical College, Dental Colleges, Orthotics & Prosthetics, Pharma College and also Companies and Organisations. The participants will be acknowledged with the Poster Presentation Awards once selected by a learned team of 3D technology experts who is a part of our Jury Panel. The poster presentation participation is open for Students and Non- Students. Non – Students will be either individual / Organisation (Consultants, 3D tech Freelancers, Scientist, Researcher, Entrepreneurs, Manufacturer, Start-ups, 3D technology expert, 3D printing cos, 3D Printing Service Provider, Doctors, Surgeons, Engineers, Designers, Maker, 3D Enthusiast or any professional in his or her respective field who would like to grow in 3D technology) All the selected poster presenter will make their respective presentation from the event stage to all the participants. Jury for the Poster Presentation Awards and the participants will all share their opinion to identify the winners from the selected number of poster presenters. Benefits of the participation: The platform will help participants from Institutes and industry to gain insights on the latest developments and research in 3D technologies achieved across sectors in India to Globally compete. It will also help the industry to identify the expertise of new innovators into research creating job or business opportunities for participants absorbed by the companies present in the event and later with our reference shared to them. The innovative products can be further supported by Investor’s also participating in the event. For participation in the poster presentation the abstract need to be submitted by filling the Poster Presentation form. More details can be found in the Poster Presentation web page of the website www.3dgem.in 2. 3D GEM 2024 – Conference – An event which will include 18 sessions on different subjects conducted for 2 days. 3D Technologies will be the key focus of the event with topics on 3D Printing, 3D Scanning, 3D Software, 3D Simulation, 3D Design (Design for Additive Manufacturing), 3D Visualisation – AR, VR, MR , Digital Twin & Material science (3d Printable Metal, Polymer, resin, bio-inks, ceramics and others ) used in Engineering, Industrials manufacturing, dental and medical. We are expected to have 3d technology experts and end users join for knowledge & networking translating to business. The main them of the event is “ Democratising 3D Technology with education & research to benefit all ” The conference will have Scientific Sessions on topics related to Engineering & Industrial Manufacturing on the first day i.e. 9th November with the title 3D GRAPHY ENGINEERING 2024 : “ Democratising 3D technology to benefit engineering and Industrial Manufacturing across sectors” – a day dedicated to sectors like Aerospace, Defence, Drones, Automotive, Mining, Oil & Gas, Energy, Railways, Shipbuilding, Architecture, Construction, Engineering, tooling, Packaging and others. Similarly on the following day, i.e. 10th November the event title is 3D GRAPHY MEDICAL 2024 – “ Democratising 3D technology to benefit Dental & Medical practitioners for better patient outcomes” which will address specialisation is Dental, Neuro, Orthopaedic, Cardiology, Medical Devices, Orthotics, Prosthetics, Pharma, Tissue Engineering and others. Some of the Industry Associations and Govt. Institution participating in the
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MOU Signed between 3D GRAPHY & MUHS – DISHA
Memorandum of Understanding (MOU) between 3D Graphy and MUHS (Maharashtra University of Health Sciences) Disha was signed on 31st July 2024 in the august presence of Lt. General Dr. Madhuri Kanitkar(retd), PVSM, AVSM, VSM, Vice Chancellor, Maharashtra University of Health Sciences, Pro. Vice Chancellor Prof Dr. Milind Nikumbh, Dr. Rajendra Bangal, Registrar, MUHS & Director, MUHS – DISHA, Dr. Shibu John, Founder & CEO, 3D Graphy LLP, Ms. Reena Shibu, COO & Co- Founder, 3D Graphy LLP and other members from MUHS present in the event. MOU was signed and exchanged between Dr. Shibu John, CEO & Founder, 3D Graphy LLP & Dr. Rajendra Bangal, Registrar, MUHS & Director, MUHS – DISHA. 3D Graphy Lab represents a significant step forward in advancing skills and innovation in several important fields. Here’s a brief overview of what this MOU could mean: Objectives of the MOU: Skill Development: The lab will focus on enhancing the skill sets of students and professionals through hands-on training in 3D printing and visualization technologies. Entrepreneurship: By fostering a culture of innovation, the lab aims to support entrepreneurial ventures in creating new products and solutions in the dental, medical devices, pharmacology, and Ayurveda sectors. New Product Development: The lab will provide resources and expertise for developing new products, leveraging 3D technologies to bring innovative ideas to life. Research: The lab will be a hub for research, contributing to advancements in various fields by applying 3D printing and visualization techniques. Training: Comprehensive training programs will be offered to equip individuals with the necessary skills in 3D printing and visualization. Focus Areas: Dental: Creating precise dental prosthetics, implants, and other dental aids. Medical Devices: Designing and prototyping innovative medical devices. Pharmacology: Developing advanced drug delivery systems and research models. Ayurveda: Exploring 3D printing applications in Ayurvedic treatments and product development. Potential Impact: Enhanced Education: Students and professionals will gain access to cutting-edge technology and training. Innovation: The lab will drive innovation in product development and research, potentially leading to breakthroughs in healthcare and related fields. Entrepreneurial Growth: Support for new ventures will encourage the development of startups and small businesses in these specialized areas. This partnership represents a forward-thinking approach to integrating technology with health sciences, creating opportunities for growth and advancement in several critical fields. About MUHS : The university was established on 3 June 1998 by the state Government of Maharashtra through an ordinance. The State Legislature passed the ordinance and the Maharashtra University of Health Sciences was declared open by the governor of Maharashtra on June 10, 1998. All colleges and institutions imparting education in health science in the state of Maharashtra have been affiliated to this new university under Section 6 of the Act. Academic Postgraduate courses awarded are versatile including Doctor of Medicine (M.D.) in various areas, Master of Surgery (M.S.), as well as Master of Science (M.Sc.) courses and other PG diplomas. About MUHS- DISHA : MUHS DISHA, funded by MSInS, is established with a vision to create a hub for healthcare innovation, research, and entrepreneurship, fostering the development of cutting-edge solutions that enhance healthcare delivery and improve the well-being of communities. Our mission is to provide a nurturing and collaborative ecosystem that empowers healthcare innovators, entrepreneurs, and researchers to transform their ideas into practical solutions and to bridge the gap between academia and the healthcare industry, facilitating the development of innovative technologies, processes, and services. https://youtu.be/nK_wruVED8M
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3D Graphy Associate Corporate Member – SHREE RAPID TECHNOLOGIES
Dr. Shibu John, Founder & CEO, 3D Graphy, Mr. Nitin Kumar, COO, Shree Rapid Technologies, Mr. Nitin Chaudhary, Director, Shree Rapid Technologies & Ms. Tejal Modi, Head PR & Communication, 3D Graphy join for a meeting formally acknowledging Shree Rapid Technologies as a 3D Graphy Associate Corporate Member. ABOUT : Shree Rapid Technologies Shree Rapid Technologies (SRT) was incorporated in the year 2007 by our founders Mr. Nitin Chaudhari and Mr. Shashidhar Kumar, who were one of the first promoters of Additive Manufacturing in India. With their continuous efforts, SRT has become one of the leaders in driving adoption across industry verticals, becoming the backbone of 3D printing industry in India. SRT started with a team of 12 in March 2007 and 14 years of industry experience later, in January 2021 we are 60+ employees strong. SRT is the only company that provides end-to-end solutions for digital manufacturing workflows, starting from Reverse Engineering to Post-processing, empowering the AM industry in the country. Being the official sales partner of renowned brands like 3D Systems, 3D Ceram, BCN3D, BMF, Raise3D, Formlabs, API Metrology, Zeiss, Materialise, MiiCraft, nTopology, Techmeta, Titomic, HandsOnMetrology, Zortrax, 3Shape, Oqton and DyeMansion, SRT has intensified the availability of AM technologies and Machine Tooling with brands such as MAE, and Cartacci in India. Our unique Customer Innovation Centre (CIC) offers a glimpse of additive manufacturing across technologies (Direct Metal Printing, Selective Laser Sintering, Stereolithography, and more), designs, materials, and applications.
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