What is prototype component implementation? A thorough explanation of its advantages and disadvantages!

30 years of experience in prototype board assembly! An explanation of the advantages and disadvantages of prototype component assembly, along with know-how. Technical materials on underfill BGA rework are also available!

"Prototyping and Implementation" refers to the stage before mass production, where small to medium quantities are produced. During this phase, we confirm electrical compatibility and functionality, and sometimes make specification changes, which can be seen as the "preparation" for a safer transition to mass production. ■Advantages By conducting performance evaluations before mass production implementation, we can avoid unexpected issues during mass production and prevent significant modifications in advance, thus mitigating impacts on schedules and costs. By adapting to the situation and conducting "prototypes of prototypes" or "prototypes of prototypes of prototypes," we can enhance the effectiveness of this process. ■Disadvantages It may be necessary to purchase cut parts or individual components, which can be overly cumbersome. In factories that are engaged in mass production, there may not be enough processes available to dedicate to low-quantity prototype boards. *For more details, please refer to the PDF document or feel free to contact us.

basic information

【Features】 ■ Capable of machine mounting for cut and loose parts ■ Striving to maintain delivery times and quality by utilizing a rich in-house inventory ■ Conducting prototype component mounting work in three patterns 【Types of Prototype Component Mounting】 ■ Manual placement: Components are mounted using hand soldering ■ Manual loading: After printing paste solder, components are manually placed and soldered using reflow ■ Mounter: Both component placement and soldering are done by machine *For more details, please refer to the PDF document or feel free to contact us.