Concept development is useful when a customer has an application challenge but does not yet have a complete connector drawing or final product structure.
For customers developing a new device, module, battery system, industrial equipment, or electronic product that requires a customized connector solution.
For customers who need to improve connector structure, assembly efficiency, sealing performance, durability, installation space, or cost efficiency.
For customers who want to replace an existing connector, optimize supply chain stability, or develop a more suitable alternative based on application requirements.
FPIC supports early-stage connector concept development by helping customers evaluate key technical and manufacturing factors before moving into prototype development.
Connector layout, pin arrangement, mating direction, locking structure, assembly space, and installation method.
Rated current, rated voltage, contact resistance, insulation performance, temperature rise, and signal or power transmission needs.
Insertion and withdrawal force, vibration resistance, cable retention, durability, handling strength, and mechanical protection.
Plastic material, terminal material, plating selection, flame-retardant requirements, sealing material, and environmental compliance.
Waterproof requirements, temperature range, corrosion resistance, dust protection, cleanliness needs, and installation conditions.
Tooling feasibility, molding feasibility, stamping feasibility, assembly process, testing method, packaging, and mass production stability.
FPIC uses a structured collaboration process to turn customer ideas into feasible connector concepts.
FPIC reviews the customer’s application scenario, product function, installation space, electrical load, environmental conditions, and target production needs.
Our engineering and project support team discusses structure options, material direction, mating method, cable or PCB interface, and potential design risks.
FPIC provides a practical concept direction based on customer requirements, product feasibility, and manufacturing experience.
The concept is reviewed for tooling feasibility, material selection, assembly method, inspection method, testing requirements, and mass production potential.
After the concept direction is confirmed, FPIC can support prototype development, sample validation, and testing preparation.
FPIC helps define next steps from concept confirmation to prototype, trial production, and mass production transfer.
FPIC’s concept development support is backed by engineering tools, tooling experience, simulation capability, testing resources, and manufacturing knowledge.
Our team can support product design review, mold flow analysis, current rating simulation, tooling design evaluation, APQP-related planning, PPAP preparation, FMEA risk review, SPC awareness, MSA support, and prototype-to-production transfer according to project requirements.
Engineering Support May Include
Once the connector concept is confirmed, FPIC can move the project into prototype development. Our prototyping service helps customers verify product structure, fit, function, material selection, electrical performance, and production feasibility before tooling confirmation and mass production.
To help FPIC evaluate your connector concept more efficiently, please share the following information when available.
We understand the importance of rapid prototyping in turning ideas into reality. With our advanced prototyping capabilities, we can quickly create samples and test designs, allowing you to validate and refine your connector concepts with ease.We own a 6,000 sq meters NPI facility and testing laboratories for connectors.
As an OEM/ODM specialist, we have the expertise and flexibility to customize connectors based on your unique specifications. Whether it’s modifying existing designs or creating entirely new connectors, we have the capabilities to deliver high-quality, customized solutions that meet your exact requirements.
What is connector concept development?
Connector concept development is the early-stage engineering process of turning application requirements into a feasible connector structure, material direction, interface design, and development roadmap.
Do I need a complete drawing before contacting FPIC?
No. You can contact FPIC with application requirements, samples, sketches, space limitations, electrical requirements, or existing connector references. Our team can help evaluate the concept direction.
Can FPIC help improve an existing connector design?
Yes. FPIC can help review existing connector structures and support improvement ideas for assembly efficiency, reliability, material selection, sealing, durability, cost, or production feasibility.
Can a concept be developed into a prototype?
Yes. After the concept direction is confirmed, FPIC can support prototype development, sample validation, testing, and preparation for production transfer.
What industries can FPIC support for concept development?
FPIC supports connector concept development for automotive electronics, energy storage systems, industrial automation, e-motorcycle systems, medical equipment, PCB connection, and customized electronic devices.
Have a connector idea, application challenge, or replacement project?
FPIC can help evaluate your requirements, define a practical connector concept, plan prototype development, and support the path toward mass production.