Application direction

    Aeronautics and Astronautics application
       ●  Parts positive reverse design and structural optimization design   verifying through 3D printing structure
       ●  Surface detection   check error by scanning comparison
       ●  Assembly clearance assessment   evaluation of assembly clearance ratio by scanner
       ●  Using 3D printing technology to design production moulds, inspection tools and compare and analyze existing inspection tools
       ●  Aircraft interior decoration printing
       ●  Hair embryo structure printing

3D scanning technology can be used in the development and manufacture of the following parts in the field of aircraft manufacturing
01. Fuselage                             02.Shield board                                         03.Cover plate                        
04.Dorsal fin                             05.door                                                       06.Cab
07.Horizontal diazepam            08.Interior structure of engine room           09.Rudder
10.Engine                                 11.wing                                                        12.Landing gear

Application advantages of 3D printing technology in aerospace industry

Application of blade scanning

● Digital modulus alignment
● Cross section comparison
● Assembly simulation
● Simulation of blade loading

Concept guidance

Rui Puchuang customer education solutions to STEAM education and creating educational philosophy as a guide, provide solutions to meet a wide range of learning resources and student-centered, problem oriented, demand mode to cultivate the ability of activities as the center is based on the requirements of.

Building a guest practice room


Different from the traditional to do confirmatory experimental subject teaching laboratory, creating Laboratory for cultivating students' scientific literacy, the development of students' creative potential, to stimulate innovation and willingness of students, the implementation of research study comprehensive practice platform for basic education is to create innovative education environment, promote the students' innovative spirit and practical ability, an important way to meet personalized learning needs.

Creating laboratory generally includes six functional areas: practical creation area, sharing work area, exhibition area, production area, processing area, intelligent multimedia tools supplies; ensure that there is a fixed time and places, there are full-time / part-time teachers, there are a series of courses and the integration of resources carrying a passenger to ensure the smooth development of education.

Rui Pu chuang guest education for different age groups, to provide innovative customer laboratory construction projects of different styles and configurations.

Primary school creation Laboratory

Junior high school students' Laboratory

The practice area is the hands-on creation area: the student completes the group discussion and the design work;
The discussion area is the exchange and sharing area: the student's own idea of   sharing and discussing the exchange between groups;
Exhibition area: students show their own works and learn from each other.        
Processing area: students process their work in the area;
Tool and equipment area: placing 3D printers, laser cutting machines and other large equipment, fixed area shared use

Training for teachers

Rip a teacher training plan perfect, strengthen cooperation, carry out various forms of training, such as "teacher training" off the record "Chinese youth hit off the Olympic training and other training activities, and carry out the weekend school teachers teach salon activities.

Curriculum construction

Curriculum system
It provides courses such as creating courses, 3D design, 3D printing, open source hardware, programming, robotics and other series courses and project production courses to meet normal school teaching. According to the characteristics of schools, it provides technical support to research and develop school-based courses.

         3D printing and 3D design course
          According to different age groups, we offer different 3D content printing courses. We also offer curriculum related courseware, lesson plans, curriculum packages, and create a communication community.

Open source hardware
The use of at least 27 kinds of sensors and other sensors of different interfaces provided by Arduino general controller, DFRobot and so on
(such as Shengsi module, KenBlock module, Microduino magnetically absorbing module)

         Programming
         In combination with open source hardware, a graphical programming system is used to start primary programming learning, and the students' logical thinking ability and programming ability are trained in a shallow and deep way. Through project practice, guide students to complete their programming works and show them.

Extracurricular activities

The rich extracurricular activities fully arouse the students' interest, establish a good environment for innovation and innovation, and let more students know the creation and experience innovation.

Event activity

In recent years, STEAM education and creative education have developed rapidly, and a number of teachers and students have achieved good results. In the national primary and secondary school computer production activities, aerospace competition, National Youth Science and technology innovation competition and other events, we see more and more students create good results. While lamenting the works of students, we also see some achievements of Chuang Ka education, which has been affirmed by the education department, so as to guide more teachers to participate in customer education, so that more students can accept the new educational mode of customer education.

Space characteristic scientific and technological activities

                               

The establishment of space creating Education Alliance Program Chinese school construction center for international exchanges and cooperation in space science and technology to provide space for Rip characteristics of school curriculum and characteristics of aerospace, aerospace science and technology to the development and integration of educational resources, and promote the exploration of production services for small and medium-sized education reform mode and way of integration, the cooperation quality of scientific quality education.

Experts and scholars are invited to go to school to carry out space knowledge science activities for students, carry out experience activities such as NASA summer camp, small space journalists, aerospace technicians, small astronauts, etc., through various ways, let students get close to space and experience space, and eventually become an aerospace small pioneer.

Orthodontic correction

Invisalign
With the help of 3D 3D printing and scanning technology, a kind of polymer resin material molded laminated braces, patients every two weeks to replace a pair of teeth, reach the effect of moving gradually. A traditional metal bracket that can completely replace about 30% patients.

                            The thickness is only 0.5mm                                                                                                       Stealth   comfortable   removable band

Complementary medicine

Preoperation model

For orthopaedic department of orthopedics surgery, preoperative surgical plan can be made by 3D printing and shaping the local bone model of patients. According to the solid model, a more precise and complete surgical plan is developed to improve the therapeutic effect. The preoperative physical model of the complex Department of orthopedics will also improve the speed of the operation and the success rate of the operation.

Case 1

Case 2

Case 3

Surgical guide plate

The surgical guide plate is a computer-aided design and manufacture tool for auxiliary operation. It can ensure the correct location and direction of operation in implantation, cutting and drilling. Because each of the surgical guides is unique, 3D printing is the most economical, fast and effective solution.

Application of surgical guide plate

As this type of printing needs to be exposed to the human body, there is a medical certification requirement for the material, and the technical personnel of the relevant medical background are required to deal with the data. Although we haven't done any surgical guidance class technology service yet, as long as people with relevant medical background and a little 3D printing technology training, we can carry out this kind of work. Our existing Fortus and Objet devices have multiple different medical certification printing materials, as follows:

Orthodontic rehabilitation

For patients with scoliosis who need correction, similar to orthodontic treatment, a series of external orthodontic instruments designed in sequence should be used for correction in a long term, which involves medical treatment, 3D scanning and 3D printing technology. For a large number of fracture patients, the 3D printing apparatus also has a good application effect in the process of rehabilitation treatment.

Application of orthopedic rehabilitation

The application also has medical certification requirements for the material, and the technical personnel of the relevant medical background are required to deal with the data. It is the extension of the preoperation model, and there is a lot of space for the rehabilitation of scoliosis and upper limb fracture.

3D printing is being widely used in the area of jewelry customization because of its rapid prototyping technology. As the 3D printing technology is increasing, it has also made the jewelry custom made in the past maintain high cold posture, more ground to the ground.

3D printing process used in addition molding, compared to the traditional jewelry processing of the subtraction of more material can greatly reduce the production process.
Cost consumption. And the production of the model of high precision, early wax artificial cost, the later manual labor costs, can be saved. And profit
The jewelry materials can be calculated in advance by the modeling software, and the cost accounting can be estimated accurately.

3D printing technology can greatly improve the manufacturing speed of jewelry. For example, by making the wax pattern, highly skilled master, carving a ring of wax will cost three or four, slightly careless, had to start from scratch. 3D printing technology can make up to ten investment in two hours, to improve the efficiency of nearly 20 times.

The whole process of 3D printing is: computer modeling   -   3D printer output. As long as the precision is allowed, whatever complex entity can be printed out. Compared with the limitations of traditional manual plate making, designers can freely give full play to their own ideas and design more creative jewelry.

3D printing the advantages of jewelry

Compared to the traditional jewelry production process, the advantage of 3D printing jewelry is that:
1. More quickly: traditional manual custom jewelry, we must have experienced craftsmen manual mold grinding, time-consuming, 3D printing jewelry accuracy is higher and less time consuming.
2. Cheaper: traditional handmade jewelry is expensive, 3D printers jewelry can be produced, reducing production costs and prices.
3. More freedom: compared with the traditional manufacturing industry, the complex structure of 3D printing technology can not be done by hand only need to set a good program, to re complex shapes can be printed out by the computer set so 3D printing technology makes up the artificial "yingshang".
4. More unique: 3D printing is more advantageous in jewelry design, and is more able to meet the customer's personalized needs.

The direction of cultural relics and Archaeology

Salvage excavation:It is the situation that the cultural relics are to be excavated as soon as possible when the cultural relics are facing difficult to preserve.
Research archaeology:Far from the urgency of the rescue excavation, the demand for time is relatively loose and more academic.

                                                   Salvage mining                                                                                                                  Research Archaeology

3D printing in archaeological advantages

The actual record of archaeological excavations can be recorded and the original features of the archaeological excavations are reproduced.
The current situation of the real record of the archaeological site, to provide the most comprehensive information on the day after

文保

More than 5000 professional and technical personnel who undertake the repair work of cultural relics in the country have to repair 1 pieces of cultural relics per person per month, only to repair the existing damaged cultural relics in the country at least for thousands of years.

                                               Swallow motor bronze                                                                                      Three-dimensional scanning diagram

Winchance

Five features of Virtual Museum

1.Unbounded: breaking the shackles of time and space;
2.Vividness: integration, optimization, superposition and exchange of information;
3.Influence: the real realization of educational science and technology without borders;
4.Autonomy: come and go without obstacle;
5.Communication: establishment of forum, message board, public mailbox