How can 3D printing reduce the material and talk about the development status of domestic 3D printing materials?

3D printing industry knows that 3D printing materials are one of the core foundations of the development of 3D printing industry. To some extent, the development of materials determines whether 3D printing can be used more widely.

At present, 3D printing materials mainly include engineering plastics, photosensitive resins, rubber materials, metal materials and ceramic materials. In addition, colored gypsum materials, artificial bone powder, cell biological materials and sugar materials are also available in 3D printing. The application.

Looking at China's 3D printing materials market, ordinary materials account for half of the country, accounting for 40% in China and 10% in foreign countries. However, foreign brand materials are expensive and have a long supply cycle. If sensitive materials are involved, they will also be subject to foreign export restrictions. The supply situation of 3D printing materials is not optimistic, and it has become a bottleneck restricting the development of 3D printing industry. China's 3D printing raw materials lack relevant standards, and there are few domestic enterprises capable of producing 3D printing materials. In particular, metal materials mainly rely on imports and the price is high.

In response to the current situation of small scale production, unstable product performance and no independent core technology in the domestic 3D printing materials market, in 2015, Meisen Technology and the domestic civil-grade 3D printing innovation pioneer Shenzhen No.7 Technology joined forces to carry out 3D printing materials. Expansion of the production line and the formation of the core R&D team. In the high-tech zone of Shantou City, the company has established a 3D printing material R&D and production base, focusing on the independent research and development, production and application of domestic 3D printing materials, realizing the strict quality assurance of 3D printing materials from research and development to production, and also realized the plasticization of a 3D printing material. The professional marketing company of chemical raw materials is a transformation and upgrading of 3D printing high-quality materials professional manufacturing service providers integrating R&D, production, sales and service.

The 3D low-temperature printing material pcl developed by Mason for children's 3D printing education has four characteristics: safety, environmental protection, high cost performance and reusability. Its optimal printing temperature is 70~100 degrees, which is much lower than the temperature of about 200 degrees of ordinary 3D printing materials.

This series of materials are based on PCL. Like most products introduced by Mason, they are biodegradable and environmentally friendly. The difference is that PLA materials are suitable for 3D printers, while PCL materials are dedicated to 3D printing pens. This series of products has received wide acclaim from authoritative evaluations. A number of evaluation reports from Mason customers show that this series of products has good flexibility, low temperature printing and forming PCL optimal printing temperature of 70 ~ 100 ° C, general wire printing temperature in the 140-200 ° C range, with special repair function , can be reshaped and other characteristics.

As the current 3D printing industry, FDM universal materials are in the high-temperature printing market environment. This new type of printing materials introduced by Mason has attracted wide attention in the market. The special material of this product has improved the operability of 3D printing for young children, and it is safer in actual operation. Not only can you choose the common common material PLA on the screen, but you can also replace the low-temperature printing materials according to your needs. You can easily learn how to operate the 3D printing pen in the form of graphic guidance.

This material not only has flexibility, low temperature printing, but also solves the pain points of many users in the special repair function, repeatable plasticity and other product features, bringing a lot of surprises in practical operation! This product can help the world's children's education, adopt a cost-effective price strategy, so that every 3D printer who loves 3D printing can have its own 3D printer, adding color to the children's dreams!

Through professional 3D printing consumables, 3D printing equipment, 3D printing software and 3D printing online service platform, Mason provides users with printing services such as toys, hand-made, handicrafts, household items, food and other personalized custom creative products.

Fish gel powder matching cup: In order to match the end customer's fish gel powder granules, Meisen combines its own resources to create a matching drinking cup for customers (Mayson consumables have passed SGS food grade testing).

Toys, model: use 3D printing technology to shorten the toy development cycle and achieve rapid innovation and low cost design

Machine parts and structural parts: complex structures that cannot be realized by traditional processes, integrated molding, no need for splicing, and stable structure

Education, maker design

Personalized customization

(Editor)