Global locations

Your packaging project doesn’t fail because of good intentions—it fails on tooling, tolerances, denesting, and change control. Our global locations support one engineering-led flow to take molded pulp packaging from prototype to pilot to serial, with documented decisions and controlled revisions. Start with your CAD and line constraints, and we’ll map the fastest path to a repeatable result.

Why our locations matter

Shorter feedback loops: engineering, sampling, and iteration with fewer handoffs—decisions happen earlier, with less rework.

Audit-ready transparency: clear specs, revision control, and traceability support aligned to your quality system.

Manufacturability first: geometry, stacking, and denesting treated as pass/fail gates—not afterthoughts.

Scaling without surprises: pilot learnings feed directly into serial controls (sampling plans, reference samples, controlled changes).

Practical sustainability: if performance requires barriers/coatings, implications are documented—no blanket end-of-life claims.

Global presence, local expertise.

Intrecore map

Dongguan | China
Tooling, manufacturing

Shenzen, China
R&D

Hungary | Kapuvár
R&D, Manufacturing

Europe, Hungary factory (Kapuvár):

R&D, manufacturing that stays close to your line reality

Kapuvár is our EU base for molded pulp packaging projects where audit access, iteration speed, and controlled changes matter. Located in Western Hungary near the Austrian and Slovak borders, Vienna and Bratislava are often reachable in about an hour by car (traffic permitting) — useful for on-site reviews, audits, and pilot decision gates.

China office (Shenzhen):

R&D support for faster technical convergence

Shenzhen supports faster technical convergence by turning open questions into documented DFM decisions—so pilot and serial teams work from the same assumptions. It’s most useful when geometry, surface expectations, and line handling constraints need structured iteration.

What you can expect

  • CAD/DFM iteration support to close risks early (draft, edges, stacking/denesting)
  • Structured technical reviews so prototypes answer the right questions
  • Material and barrier concept exploration only when justified, with documented trade-offs
  • Clear handover packages (assumptions, revisions, test notes) to avoid “tribal knowledge”
  • Faster response on engineering questions as stakeholders and timelines scale

China factory (Dongguan):

manufacturing + tooling when complexity and scale require it

Dongguan is relevant when a program needs tooling build/maintenance capability and tightly managed sampling milestones to support repeatable serial production. The focus is spec discipline—clear acceptance criteria, controlled revisions, and transparent change handling.

What you can expect

  • Tooling capability for molded fiber parts with tighter repeatability expectations
  • Defined sampling milestones (e.g., off-tool samples / first articles) tied to acceptance criteria
  • Manufacturing execution aligned to the frozen spec — no silent revisions
  • Reference samples and inspection touchpoints agreed to project scope
  • Clear cross-location flow so decisions made in R&D/pilot remain consistent in serial

Talk to an engineer

Share your CAD and line constraints. We’ll recommend the fastest prototype → pilot → serial path and what to validate first.
Request a quote!