Point：386
Components type：87
PCB size： 198*145mm
Minimum package size of resistance capacitance sensing: 0402
Minimum device pin spacing：0.65
Welding mode：Reflow soldering for double side + Wave soldering.
Manufacturing process: PCB producing + components procurement + assembly
Medical electronic devices require stable performance, consistent quality, and strict manufacturing control throughout every production stage. From diagnostic systems and patient monitoring devices to laboratory instruments and portable healthcare equipment, medical PCB assemblies must meet demanding standards for accuracy, traceability, and long-term reliability.
Shenzhen 1943 Technology Co., Ltd. provides PCBA manufacturing one-stop NPI service together with PCB fabrication, component sourcing, SMT assembly, DIP assembly, functional testing, final assembly, and product packaging. Our manufacturing process is designed to support customers from engineering validation through mass production while maintaining stable quality and efficient project management.
Medical PCB assembly projects often involve high-density layouts, fine-pitch components, mixed-technology assembly, and strict process control. Our production lines support various medical electronic products with comprehensive manufacturing capabilities, including:
Every manufacturing stage follows standardized work instructions and inspection procedures to ensure consistency from prototype to volume production.
New Product Introduction (NPI) is a critical stage between product development and mass production. It establishes manufacturing standards before large-scale production begins, helping engineering teams identify potential risks early and optimize the entire manufacturing process.
At Shenzhen 1943 Technology, our PCBA manufacturing one-stop NPI service focuses on verifying whether every manufacturing process can be consistently executed under production conditions. The NPI stage covers the complete production flow, including PCB fabrication, SMT assembly, DIP soldering, inspection, functional testing, mechanical assembly, packaging, and protective processes.
Material selection is another essential part of NPI. Our engineering and supply chain teams evaluate component availability, alternative materials, supplier stability, and long-term sourcing strategies. Early verification reduces procurement risks and helps maintain production continuity throughout the product lifecycle.
Product reliability is also evaluated during the NPI process. Manufacturing data, process parameters, assembly quality, and testing results are analyzed to improve production consistency and reduce potential defects before volume manufacturing begins.
Project scheduling is equally important. By validating manufacturing readiness during NPI, engineering changes can be completed earlier, production planning becomes more predictable, and overall project lead time can better meet market launch expectations.
Medical electronics demand consistent manufacturing quality and complete production traceability. Our quality management process integrates inspection throughout production rather than relying only on final inspection.
Quality control procedures include:
Production records and manufacturing data are maintained to support process traceability and continuous improvement.
Our medical PCB assembly services support a wide range of healthcare electronics, including:
Successful medical device manufacturing depends not only on product design but also on a repeatable and controlled production process. A standardized NPI workflow helps verify manufacturing feasibility, improve supply chain stability, evaluate product reliability, and establish production standards before scaling to mass production.
By integrating engineering review, manufacturing validation, quality control, and supply chain management into one process, Shenzhen 1943 Technology supports customers in moving efficiently from prototype development to stable, repeatable, and scalable production.
Let the products quickly and stably realize marketization and become the global electronic intelligence innovation enabler
2026-08-06
