Making machine determines the production capacity directly. We have more than 100 sets facilities from mould spare parts to final products produced, fully automated and with a full production schedule (24 hours, 7 days a week) during most of the year to maximize efficiency.
The plastic injection molding workshop is equipped 25 sets injection molding machines with clamp (30T to 450T) , including horizontal and vertical, able to complete the production of various types of plastic products.
The metal stamping workshop is equipped with 10sets punching machine (25T to 150T).
Processing a product must be clear that the product quality standards, limits, packaging, processing methods and classification criteria, it must need to do checking after processing.
Since there are many types of injection molding machines, we must first correctly determine which product should be injection molding machine, or which series to produce, for example, the general thermoplastic or Bakelite raw materials or PET raw materials, is a single color, two-color, multi-color, mezzanine or mixed color. In addition, certain products require conditions such as high stability (closed loop), high precision, very high rate of fire, high shot pressure or fast production (multiple circuits), etc., and must choose the right series to produce.
At Feiya, We utilize an MRP system (Material Requirement Planning system). It can help Feiya Improves work efficiency, improves production efficiency and increases customer value. We must satisfy the adequate supply of materials in the production process to ensure the continuous progress of the production process without interruption. Also we must control the limit of material reserves, reduce the liquidity in use and speed up the capital Turnover, reduce product costs. Our demand-driven planning allows us to meet the JIT manufacturing needs of our discerning clients. Feiya’s manufacturing team’s experience with cycle times, resin properties, and part demand has resulted in a 99.8% satisfaction rating.
The design and manufacture of contemporary molds are widely used in computer-aided design and manufacturing (CAD / CAM), the design process of procedural and automation, the use of procedures, the process of die-forming process, the use of interactive design methods, to play their own personal and computer expertise. Direct transfer between design and manufacturing facilitates iterative changes in the design. Mold design and processing methods of development mainly in the following aspects: