What is NPI (New Product Introduction)?

NPI is WERIX's end-to-end product development pipeline: RFQ → DFM review → prototyping → tooling → first article inspection → mass production → assembly → delivery. One factory handles the entire process.

Can WERIX handle both prototyping and mass production?

Yes. The same factory handles 1-piece prototypes through 100,000+ production runs. This eliminates the need to transfer your project between suppliers.

What industries does WERIX serve?

We serve 14 industries: Telecom & Networking, Data Center & AI, New Energy, Automotive/EV, Industrial Automation, 3D Printing, Power Grid, Smart Security, Building Electrical, Digital Signage, Robotics, Banking, Consumer Electronics, and LED Lighting.

How does WERIX's AI DFM Engine work?

Upload your CAD file (STEP, IGES, DWG, DXF) at our quote page. Our AI engine analyzes your design for manufacturability, recommends the best process (sheet metal vs stamping), and provides an instant cost estimate. An engineer validates and responds within 24 hours.

What is WERIX NPI process?

WERIX New Product Introduction (NPI) covers the full lifecycle: DFM review → prototype (3-7 days) → pilot batch → mass production. One factory handles every stage with single-source quality control.

What is the difference between rapid prototyping and low volume production?

Rapid prototyping (1-50 pieces, 3-7 days) uses laser cut + bend with zero tooling cost. Low volume production (50-500 pieces, 7-15 days) optimizes for repeatable quality with batch traceability.

End-to-End B2B-Lösungen

Umformungs-NPI

Vollständige Werkzeug- bis Produktionspipeline für Folgeverbundumformung und Hochvolumenaufträge — jede Phase unter einem Dach, eine verantwortliche Engineering-Einheit.

1Phase 1 · RFQ

RFQ & Angebot

Laden Sie Ihre Produktdateien hoch, und unsere Ingenieure erstellen Ihnen innerhalb von 24 Stunden ein Angebot mit Materialkosten, Verarbeitungsgebühren, Werkzeugkosten und Lieferzeit.

Produktdatei-Upload

Preisangebot

Werkzeugkostenaufstellung

Lieferzeitprognose

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