Custom & High-Volume Electronic Components Manufacturing
From initial design support to sustained high-volume production, Pocons partners with customers to deliver scalable manufacturing solutions.
We support custom requirements while maintaining consistency, quality control, and production efficiency.
Design-for-Manufacturing Support
Early collaboration between design and manufacturing teams prevents costly redesigns and accelerates time to production. The cost and the achievable tolerance of a stamped part are largely locked in by the die, so the cheapest time to influence them is before the tool is cut. Our Korea R&D team provides DFM feedback that targets the specific levers that move stamping cost and yield:
- Strip layout and material utilization — nesting the blank to minimize scrap, since on thin precious-alloy stock the material is a large share of piece cost
- Bend and form geometry — generous inside radii and proper bend relief to avoid cracking and springback variation in thin gauge
- Tolerance only where it earns its cost — tightening the few critical dimensions and opening the rest, so the tool and inspection effort go where the function is
- Feature spacing and edge distance — keeping holes and forms far enough from edges and each other to stamp cleanly without distortion
Broader DFM support also includes:
- Part geometry optimization for stamping and forming
- Material selection guidance for performance and cost
- Tolerance stack-up analysis and validation
- Tooling design review and recommendations
- Assembly and integration considerations
Our sales team coordinates with our Korea R&D team to ensure responsive communication and alignment with customer development schedules.
High-Volume Production Systems
Our Korea-based manufacturing facility is equipped for high-volume precision stamping and forming operations. Throughput at scale comes from the press cycle itself — a progressive die produces one finished part per stroke, so high stroke rates turn directly into volume — multiplied by multi-cavity tooling, where a single die yields several parts per stroke for small, high-runner parts like contacts and clips. Coil-fed material handling and automated transfer keep the press running with minimal operator intervention, so the line is limited by tooling and quality, not by loading.
Production capabilities:
- High-speed progressive die stamping
- Multi-cavity tooling for volume efficiency
- Automated optical and dimensional inspection
- Integrated plating and finishing operations
- Flexible capacity to support demand variability
Process Repeatability & Yield
Consistent production quality depends on process control, tooling maintenance, and real-time monitoring. At volume the goal is not to inspect quality in at the end but to hold the process centered so it produces good parts by default. Statistical process control tracks the critical dimensions over time so a drift toward a tolerance limit is caught as a trend — and corrected by tool maintenance or re-sharpening — before any out-of-spec part is made. Capability is reported as Cpk on those characteristics, and automated optical inspection screens for burr, form, and cosmetic defects where specified, so defect escape stays low even as throughput rises.
Quality systems include:
- IATF 16949 quality management framework
- SPC monitoring of critical part dimensions
- First-piece and in-process inspection protocols
- Preventive maintenance schedules for tooling and equipment
- Continuous improvement through data analysis
Long-Term Manufacturing Partnerships
We view manufacturing relationships as long-term partnerships. Beyond initial production ramp, we support customers with ongoing capacity planning against their forecast, cost-reduction work as volumes mature, and responsive supply-chain management. The economics of a dedicated stamping tool reward this: once the die is amortized, unit cost falls and the practical levers become material utilization and run efficiency — both of which improve as the program matures and the process data accumulates. Sample lead times typically run 2–4 weeks and production 8–16 weeks depending on complexity and whether new tooling is required, so capacity and timing are planned jointly rather than reactively.
Partnership benefits:
- Dedicated account management and engineering support
- Transparent communication on capacity and lead times
- Joint continuous improvement initiatives
- Flexible scheduling to support customer demand patterns
- Long-term supply agreements for volume stability
Our customer-centered approach means prioritizing reliability, responsiveness, and alignment with customer success.
Frequently Asked Questions
What production volumes can POCONS support?
Our Korea-based facility runs high-speed progressive die stamping with multi-cavity tooling and automated inspection, scaling from prototype and validation samples through sustained high-volume production. Capacity is planned jointly with the customer to absorb demand variability.
Do you offer design-for-manufacturing (DFM) support?
Yes. Our Korea R&D team provides DFM feedback early—part geometry optimization, material selection, tolerance stack-up analysis, and tooling review—to prevent costly redesigns and shorten time to production. Our San Diego team keeps communication aligned with your development schedule.
Where are the parts manufactured?
Manufacturing is at our IATF 16949–certified facility in Korea, which houses the stamping, plating/finishing, and inspection operations. POCONS USA in San Diego handles sales, stock, custom tooling coordination, and engineering support for North American customers. We do not represent the parts as US-made.
How do you maintain quality and consistency at high volume?
Through an IATF 16949 framework with statistical process control on critical dimensions, first-piece and in-process inspection, automated optical/dimensional inspection where specified, and preventive maintenance on tooling and equipment—backed by continuous improvement from production data.
Do you support long-term supply agreements?
Yes. We treat manufacturing as a long-term partnership, with dedicated account and engineering support, transparent capacity and lead-time communication, joint cost-reduction initiatives, and long-term supply agreements for volume stability.