Bespoke Dieline Engineering

Packaging Specification Builder

Configure your product's structural packaging parameters. Our digital specification tool synthesizes material choice, dimensional footprint, water-based printing methods, and sustainable finishing options into an actionable technical brief.

1. Select Architecture & Print Options

Structural geometry dictates packing speed and pallet nesting capacity.
Benchmark volumes start at 250 units for pilot launches.

2. Structured Specification Summary

Preliminary CAD Dossier Output
  • Architecture: Roll-End Tuck-Top Mailer Box
  • Substrate: Natural Kraft E-Flute (85% Recycled Flute)
  • Inks: 1-Color Water-Based Exterior Flexo
  • Finishing: Natural Matte (No Plastic Lamination)
  • Order Run: 1,000 units
  • Scale Classification: Growth Tier (Digital / Flexo optimization)
Recycling Stream Declarations:

Configuration eliminates polyethylene film barriers, synthetic UV gloss varnishes, and metal foils. Substrate pulps completely under standard European (EN 13430) and North American PTS test protocols.

Submit Specification for Formal Quote →

* Illustrative configuration — final structural tolerances, flute orientations, and volumetric freight fees require supplier engineering confirmation.

From Concept to Delivery

How Custom Packaging Is Engineered

Our streamlined sampling and pre-press workflow eliminates guesswork.

Phase 01

Dieline Architecture

We evaluate your primary product dimensions and construct precision vector CAD dielines with correct fold creep allowances and glue tabs.

Phase 02

Physical White Sample

Before cutting steel rotary dies, we plot an unprinted structural mockup on production-grade stock to verify fit, closure tightness, and drop cushioning.

Phase 03

Water-Based Pre-Press

Vector artwork is prepared for low-viscosity water/soy ink delivery. We manage dot gain adjustments across rough absorbent kraft papers.

Phase 04

Batch Run & Palletizing

Cartons are precision die-cut, folded, bundled flat in moisture-proof kraft wraps, and palletized to maximize trailer cube utilization.