Point:286
Components type:81
PCB size: 201*133mm
Minimum package size of resistance capacitance sensing: 0201
Minimum device pin spacing:0.5
Welding mode:Reflow soldering for double side + Wave soldering.
Manufacturing process: PCB producing + components procurement + assembly
Shenzhen 1943 Technology Co., Ltd. provides PCBA manufacturing solutions for motion control applications, supporting customers from prototype development to stable mass production. Motion control systems require high precision, reliable signal transmission, and consistent performance under long-term operation. The PCBA plays an important role in controlling motors, sensors, drivers, and communication modules, requiring strict process control and reliable manufacturing capabilities.
Our PCBA services cover the complete manufacturing process, including PCB fabrication coordination, SMT assembly, DIP assembly, functional testing, final assembly, packaging, and product protection solutions. With experience in motion control electronics, we focus on building standardized manufacturing processes that help ensure product quality, production consistency, and smooth transition from engineering samples to volume production.
For motion control PCBA projects, New Product Introduction (NPI) is a critical stage between product development and mass production. Shenzhen 1943 Technology integrates PCBA NPI services into the product introduction process to establish reliable manufacturing standards before full-scale production. The purpose of NPI is not only to produce samples, but also to verify whether the complete production process can meet the requirements of quality, efficiency, and long-term stability.

During the NPI stage, our engineering team evaluates and optimizes the entire manufacturing process, including PCB assembly, SMT process parameters, DIP soldering, testing procedures, assembly operations, packaging methods, and product protection requirements. Through process verification and improvement, potential manufacturing risks can be identified and controlled before mass production.
Material selection and supply chain reliability are also important parts of PCBA NPI services. We assist in evaluating component specifications, availability, lifecycle status, and supplier stability to reduce risks caused by unstable materials or supply interruptions. A reliable supply chain structure helps maintain consistent production schedules and supports long-term product availability.
Product reliability verification is another key focus during NPI. For motion control applications, PCBA performance directly affects system operation accuracy and durability. Our NPI process includes manufacturing feasibility analysis, testing method verification, and reliability assessment to ensure that the product design can meet practical application requirements. Testing solutions can be developed according to customer requirements, including electrical testing, functional testing, aging testing, and other verification methods.
Project schedule control is also an essential part of successful product introduction. Through early process planning, engineering coordination, and production preparation, Shenzhen 1943 Technology helps customers shorten the transition period from prototype to mass production while maintaining product quality standards. A well-structured NPI process allows the project to move toward market release according to the expected timeline.
With PCBA manufacturing and NPI experience, Shenzhen 1943 Technology supports customers in creating standardized production systems for motion control products. From initial design communication and process evaluation to pilot production and mass manufacturing, we provide technical support throughout the product introduction journey.
Our goal is to build a reliable connection between product development and manufacturing, helping customers establish stable processes, reduce production risks, and achieve efficient commercialization of electronic products.


Let the products quickly and stably realize marketization and become the global electronic intelligence innovation enabler