Because of the wide range of batch production, it is usually divided into three types: "mass manufacturing", "medium batch manufacturing" and "low volume manufacturing". Introducing small batch production refers to the production of a single product that is a special product for small batch needs. Single-piece small-batch production is typical build-to-order manufacturing (MTO), and its characteristics are similar to single-piece production, and are collectively referred to as "single-piece low volume manufacturing". Therefore, in a sense, the term "single-piece low volume manufacturing" is more in line with the actual situation of the enterprise. So what is the ordering decision for low-volume manufacturing? Let's take a look together next.

CNC milling is a subtractive manufacturing process that uses rotating tools to remove material from the source material. Compared with low-volume manufacturing injection molding, CNC machines can produce products at a faster speed and reduce upfront costs because the tool costs of low-volume manufacturing are lower. In CNC milling, once the CAD file is converted to a CNC program and the machine is ready for production, production begins. Are you curious about CNC milling in the low-volume manufacturing method? Next, let us take a look at What is CNC milling in the low volume manufacturing method？

Not all low-volume manufacturing processes are the same. They need to be nurtured in the way that is most beneficial to the creator's product and target market. This is why anyone considering a small batch approach should look at some of the more popular options to choose the best route to market. So what is the strategy of low-volume manufacturing? Let's take a look together next.

Due to the many risks and costs associated with the rapid expansion to "large-scale commercialization," the company is seeking small-volume solution providers to help avoid and solve the ramp-up problem before mass production. So how to achieve efficient low volume manufacturing? Let's take a look together next.

The design and manufacture of injection molds are closely related to plastic processing. The success or failure of plastic processing depends largely on the effectiveness of mold design and the quality of mold manufacturing