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ABOUT US

Focus on quality and service

Based on 3D digital technology, Chuanghong Technology connects and merges the essence of 3D printing technology. With decades of experience and accumulation in the 3D printing industry, and with a pioneering and innovative, pragmatic and focused style, Chuanghong Technology has launched a bridge of cross-border cooperation among peers, injecting new blood into the 3D printing industry pattern; Adhering to the concept of "focusing on quality and sincere service", provide customers with high-end and high-quality professional applied 3D printing equipment and 3D printing industry technical solutions;

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产品展示

Product display

Printer

1. High stability, marble base is adopted to ensure the precision and stability of the printing process of the equipment and the quality of the printing surface;
2. High precision, adopting automatic calibration technology, closed-loop liquid level control system, and negative pressure control coating system;
3. High efficiency, using variable light spot technology, the contour is scanned with small light spots, and the filling is scanned with large light spots. Compared with fixed light spot printing, the efficiency is improved by about 30% - 40%;
4. Key parts are imported from famous brands, laser American light wave, German scanning vibration environment, Taiwan lead screw, and Japan Yaskawa Motor, to improve equipment reliability;

APPLICATION FIELD

Footwear industry
The advantages and trends of SLA 3D printing photocuring technology in mass production of shoe mold have been recognized by various mold manufacturers and become standard equipment for shoe mold manufacturers.
Advantage 1: 3D printing technology replaces the traditional CNC processing wood mold, and reduces the problem of product consistency caused by the experience error of the operator.
Advantage 2: Restore the fine digital pattern, replace the environmental pollution caused by the traditional chemical corrosion and bite, and advocate the road of green manufacturing.
Advantage 3: Automatic production can be realized without manual intervention. One person can operate 5-10 sets of equipment, reducing labor costs and management costs for the mold factory.
Advantage 4: One device can print multiple pairs of shoe molds at one time. Compared with the traditional CNC processing mode, the efficiency is improved in a large format and the physique is improved, which creates more value and income for the shoe mold factory.
Advantage 5: Compared with traditional CNC processing mode, material waste is greatly reduced, power consumption is greatly reduced, and material cost and electricity cost are saved.

Dental medicine
With the maturity of 3D printing technology, cases of its application in clinical medicine have been exposed frequently, and many patients have benefited from it. So, what are the applications of 3D printing technology in medical treatment? The author wrote this article "Review the application of 3D printing in the medical field", which may be a good article for the application of 3D printing in the medical field. I hope it can bring some inspiration to Chinese doctors, bring new hope to patients, and give some reference to netizens who are willing to engage in medical 3D printing. From the current application situation, the combination of 3D printing and medical treatment mainly includes: surgical rehearsal model, bone replacement, artificial limb production, dentistry, tissue and organ printing, etc.

Precision casting
Precision casting is one of the more accurate casting methods. The precision is generally better than 0.5%, and the repeatability is good. The casting can be put into use with only a small amount of machining. Because the mold is disposable, it is possible to manufacture parts with complex internal structure, which can produce parts that cannot be produced by forging or machining. Although precision casting has many advantages, its production process is complex and lengthy. According to the complexity and size of the aluminum mold for pressing wax mold, it usually takes several weeks to several months. After getting the aluminum mold, it will take several weeks to get the casting. These weeks are mainly used for making molded shells. In addition to time consuming, precision casting is also labor-intensive, and 50% - 80% of the cost is from labor. In addition, the mold cost in small batch production is apportioned to make the unit price expensive. 3D printing and precision casting are complementary. Both methods are applicable to the manufacturing of parts with complex shapes. If there is no rapid automatic molding, mold production is the bottleneck process of precision casting; However, without precision casting, the application of rapid automatic molding will also have great limitations

Automobile industry
Among the many application fields of 3D printing technology, the automobile industry is one of the earliest applications of 3D printing technology. As early as the early stage of the development of 3D printing technology, some automobile enterprises in Europe and the United States began to apply 3D printing technology to the process of automobile research and development. Among them, Ford Motor Company is the earliest and most in-depth automotive enterprise. As early as 1988, Ford Motor Company bought the third 3D printer in the history of global 3D printing.

Cultural creativity
The significance of 3D printing in cultural and creative industries has three aspects. First of all, this technology can create a true and accurate 3D digital archive for unique cultural relics and works of art. The digital model can be reproduced as a real object at any time, anywhere and with high fidelity using 3D printing technology. Second, 3D printing technology has replaced the traditional manual mold making process, and has brought great improvement and improvement in the work fineness and manufacturing efficiency. For the work with physical model, it can be more direct and accurate in editing, zooming in, shrinking, and copying the original, and effectively realize the dissemination and exchange of small-scale production and production. Third, the technology has brought a lot of opportunities for cross-border integration and creation. The Philippines has brought a broader creative space for key artists in the field of arts and crafts. It plays a very important role in the reproduction, restoration and derivative development of cultural relics and high-end works of art.

Construction
3D printing architectural model is a structure that faithfully expresses architectural ideas in the form of miniature entities, and expresses the unique concept of each design. It not only enables customers to have a visual complete version of the proposed project, but also can quickly and accurately restore design elements on a small scale, create accurate scale models, and reflect more accurate and small details

Education
3D printing is remarkable from application to effect in this respect. It realizes the combination of textbooks and applications, facilitates children's understanding, and improves children's hands-on ability, collaboration ability, etc. through the design and printing production, which is also conducive to stimulating children's learning fun.

Hand board
Due to the high requirements for size and accuracy of the hand model, the most suitable 3D printing technology is SLA stereo lithography. The SLA3D printer has its limitations. It can only print a specific material - photosensitive resin, and the properties of photosensitive resin are similar to ABS plastic. Therefore, the photosensitive resin 3D printer is mainly used to make plastic hand board models, not suitable for metal hand board models.