Non-standard customized parts CNC machining

Since its establishment in 2010, Flourish Forever Technology Co., Ltd (2F Prototype) has been committed to professionally producing high-precision molds and various customized
Professional automation equipment and parts processing products. 2F Prototypes is currently able to provide global customers with high-quality, low-cost, and on-time delivery products in the following aspects.
01: CNC prototyping, batch processing and OEM, CM assembly of various metal and non-metal precision parts.
02: Design and manufacture of special automatic fixture equipment used in the production line.
03: Precision machining of automotive mold parts.
04: Design and manufacture of plastic injection molds and mass production of plastic parts.
05: Design and manufacture of metal stamping dies and mass production of stamping parts.
06: Design and manufacture of aluminum, zinc and magnesium precision casting molds and mass production of die castings.

Our customers are all over the world, especially in Europe and America. At present, the industries involved in the products also include many fields, such as: intelligent robots, communication equipment, automobiles, crawler scooters, medical equipment, special testing equipment, printers, aerospace equipment and underwater detection equipment, etc. We have the ability to participate with customers from the engineering development of new products until the new products enter formal mass production. We can improve the processing process for customers in order to reduce costs and control product quality. Our own factory has many advanced CNC precision machining equipment, and we have an engineering and quality team with rich technical and management experience to guarantee our service.

2F Prototypes expects to be able to provide customers with global first-class precision parts processing products in the industry of automation equipment and fixture molds. Chaorui Mold Co., Ltd. will always think and solve problems from the perspective of customers, and constantly improve the awareness of the best service to customers, so as to realize customers to quickly purchase high-quality products at the lowest cost. 2F Prototypes has always hoped to establish a long-term win-win relationship with customers to assist customers in R&D and innovation according to their actual needs.

The rapid development of mold manufacturing technology has become an important part of modern manufacturing technology. Luo Baihui, CEO of Mold Network and an expert member of Shenzhen Mold Technology Society, said that modern mold manufacturing technology is developing in the direction of accelerating information drive, improving manufacturing flexibility, agile manufacturing and systematic integration. It is specifically manifested in the CAD/CAM technology of the mold, the laser rapid prototyping technology of the mold, the precision forming technology of the mold, the ultra-precision machining technology of the mold, and the flow, cooling and heat transfer process of the mold using the finite element method and the boundary element method in the design The advanced dynamic simulation technology, the CIMS technology of the mold, the advanced manufacturing technology such as the mold DNM technology and the numerical control technology have been developed.

1. High-speed milling: The third-generation molding technology high-speed milling not only has high processing speed and good processing accuracy and appearance
Surface quality, and compared with traditional cutting processing, it has low temperature rise (the processed workpiece only rises by 3°C), and small thermal deformation, so it is suitable for processing temperature and thermal deformation sensitive materials (such as magnesium alloys, etc.); also due to cutting force Small, suitable for processing parts with thin walls and poor rigidity.

2. Reasonable selection, tool and cutting amount, can realize a series of advantages such as hard material (HRC60) processing. Luo Baihui said that high-speed milling processing technology is still a hot topic at present, and it has developed towards higher agility, intelligence, and integration, and has become the third-generation molding technology.