YONG 3D Provides Professional 3D Printing Solutions For Industrial Design & Manufacturing, Science & Education, Healthcare, Art & Design, Automobile, Aerospace, Defence etc. We help professionals bring products to market faster and empower everyone to become the innovators of tomorrow. We deliver leading additive manufacturing solutions and expertise to advance applications and industries, pushing
the boundaries to make the existing better and the new possible. YONG 3D Systems brought the innovation of 3D printing to the manufacturing industry. Today, as the leading additive manufacturing solutions partner, we bring innovation, performance, and reliability to every interaction - empowering our customers to create products and business models never before possible. Thanks to our unique offering of hardware, software, materials, and services, each application-specific solution is powered by the expertise of our application engineers who collaborate with customers to transform how they deliver their products and services. 3D Systems’ solutions address a variety of advanced applications in healthcare and industrial markets such as medical and dental, aerospace & defense, automotive, and durable goods. YONG 3D Systems is the world’s fastest digital manufacturing source for custom prototypes and low-volume production parts. It provides industrial 3D printing, CNC machining, sheet metal fabrication, and injection molding services to product developers and engineers worldwide. YONG 3D Systems combines automated design analysis and interactive quotes with consultation from applications engineers to help developers optimize their 3D CAD model before production begins. When a part is ready, digital instructions are sent to one of hundreds of in-house presses, mills, lathes and industrial 3D printers with the capacity to manufacture one design, or multiple designs in as fast as 1 day.
3D printing is a process of making a three-dimensional solid object of virtually any shape from a digital model, which simply means model your sketch or design in a CAD modeling software available widely in market and using 3D printing technology develop/print the actual physical model of your design and hold in your hand. How 3D Printing Can Help Manufacturers?
• Saves Time, Cost and Dependability on Third Party Vendors for making Prototypes
In the traditional method to make a prototype, on an average it takes manufacturing industries a lot of time to finalize their design based on multiple factors, rather dependability on third party vendors or in house team for making dyes, molds and finally many versions of the prototypes based on the number of iteration in the product designs. Our 3D prototyping machine enables you to fasten up the process (less than half the traditional time, cost and efforts) it takes from the product design phase to reach the final prototype selection which follows mass manufacturing which gives you a competitive advantage.
• Address IP Confidentiality issue
Our Product helps you to address one of the major issues in maintaining the confidentiality/IP of your product design, which in the traditional rapid prototyping model has major loop holes/threats by any of the third party vendors to replicate or resell the design to your competitors. Our solution to resolve IP issues, have your own 3D printer to create your own in house prototype from your design
• Cost Benefit
Using our 3D prototyping machine, you will recover the cost of our printer within few months by creating your prototype models Inhouse
• Create Prototype as close as End product
The printed object model can be made of various grades of thermoplastics will enables you to test your prototype on the basis of strength, performance and look & feel which will be very close to your actual molded object. Applications of 3D Printing:
From the very basic Candle making lady or say a cup cake baker to heavy machinery manufacturer or say an Industrial designers with their complex designs can reap the benefits of this technology. Currently 3D Printing is extensively being used for Rapid prototyping in Aircraft Manufacturing, Architecture, Fashion Industry, Medicine, Manufacturing, Educational Institutes, day by day research on 3D printing applications is exploring many Industry verticals where this brilliant technology can be put to use.
3D printing can be used in Automotive Prototype, Industrials, Tooling, Aerospace, Defence, Medical, Jewellery applications, Plastic Manufacturing, Engineering, Industrial, Tooling, Architecture, Medical/Healthcare and Aerospace & Defence application segments, consumer products, industrial products, education and research, Mobile accessories, Auto decoration, Product prototyping, Home utility, Robotics, Interior decoration, Arts, Tourism, arts and crafts, interior decoration, fashion accessories, footwear designs, jewellery designs, animation & gaming, customized footwear designs, furniture, and modelling, architectural, healthcare, A&D-related applications will also witness growth. Other niche applications include arts and crafts, interior decoration, fashion accessories, footwear designs, jewellery designs, animation and gaming, furniture and modelling. Medical application, Dentistry, Jewellery, Architecture, Healthcare, Gifting, Engineering, Furniture industry, fashion industry, product innovations etc should exhibit promising growth in India’s 3D printing market, owing to the impact which 3D Printing Technology can make in these segments along with an increase in spending towards R&D for various Government initiatives and campaigns. ADDITIVE MANUFACTURING/3D- PRINTING SOLUTIONS & SERVICES
Our Works Under Additive Manufacturing Includes:
1. 3D Printer Sales & Services
2. 3D Printer Rental Operation Services
3. 3D Modeling, Model Designing, Computer Aided Designing, Material Designing, Industrial Designing, Mould Designing, Miniature Designing, Mechanical Designing, Designing 3D objects etc.
4. Additive Manufacturing Courses/Workshops: In-House training for employees, Online/Offline trainings for skilled engineering students and working professionals. We will conduct job oriented online/offline trainings for skilled engineers and working professionals whom can think and advance their skills in 3D- Printing Technology. The workshops will be highly rewarding for the students as well as it gives them exposure to the recent innovations happening at a global level and will also make them competent enough to meet the demands of the job market. 3D-Printing is becoming very popular and is sure to generate a lot of jobs in the near future. So, the exposure for your students will gain from these workshops and interactions will be very beneficial for their careers. This will be a valuable experience for students to get the exposure of the 3D-Printing work culture. The blueprint of the plan is conceived with the close association of our Japanese partners. They will be featuring throughout this project which will ensure that the Japanese work culture and professionalism will be inculcated in our students. Our courses are designed with keeping the aforementioned objectives in mind. There are also courses in the project which aims at teaching our students the Japanese language. Eventually, there will be recruitments for those students who show excellence in their respective fields.
5. CAD Design and Product Engineering
8. Electronic Product Design
9. Manufacturing Drawings
10. Generative Design
11. Product Concept Development
12. Product Prototyping
13. Customized Product Development
14. Customized Prototype Development
15. Educational and Industrial Projects
Educational Projects: There are many different fields in education where 3D printing can be a game changer. It can help to educate not only young engineers, but also artists and even future chemists. We will provide complete guidance and technical support for engineering students in preparing the academic projects and projects for presenting in campus exhibitions. Industrial Projects: Product and prototype designs for the various innovative and engineering projects of the public and private sector organizations.
16. 3D Architectural Designing
17. Research & Development solutions
18. Additive Engineering Solutions
19. Automated design analysis and interactive quotes with consultation from applications engineers to help developers optimize their 3D CAD model before production begins.
