Corrugator physics
Steam, heat, glue, moisture and tension, and how they trade off against warp and strength.
Resources
Field notes on converting autonomy
Practical guidance on the physics, the brands and the economics of running a converting plant to target, from the corrugator to the pallet.
Guides
Start here
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The waste-and-makeready playbook
How board and energy, the dominant costs, leak through warp, color makeready and changeover, and where autonomy recovers margin first.
Zero-defect print for approved-vendor programs
Holding registration within a fraction of a millimeter and ΔE under 1 to brand, with an audit trail brand owners accept.
Lightweighting without losing strength
Running lighter-weight board to ECT/burst spec as humidity and lot shift, the corrugator drift Corvex is built to hold.
Shadow → assist → autonomous
A pragmatic path to earning operator trust on a plant floor, one bounded move at a time.
By stage
Deep dives on each agent
Board making→Printing→Die-cut & crease→Fold & glue→End-of-line→Twin & OEE→
Corvex: Autonomous corrugator & board-bond control
Runs the corrugator to hold warp-free, on-strength board across grades and humidity.
Chromata: Autonomous registration, brand-color & print-defect control
Keeps every impression on-register and on-brand across flexo, litho and digital.
Kreasa: Autonomous die-cut, crease & nesting yield
Maximises board yield and holds clean cuts and sound creases.
Gluvex: Autonomous folder-gluer fold-and-glue control
Eliminates skips, fishtails and misfolds for square, sound boxes.
Palvex: Physical-AI robotic feeding, stacking & palletizing
Drives robotic feeding, stacking, bundling and palletizing at line speed.
Twinflo: Converting-line-and-box twin + waste / energy / OEE
Simulates the line to hit quality and yield before the run, and orchestrates the agents.
The converting twin
Why simulating the job before the run pays for itself
A physics-informed twin auto-tunes makeready to hit target quality and yield before a single trial sheet, the single biggest lever on high-mix, short-run economics.
- Simulates corrugation, print and die/fold
- Auto-tunes makeready order and setpoints
- Validates every change before write-back
- Calibrates against every real run
Twin · pre-runAUTONOMOUS
Trial sheets−70%
Makeready−30%
First-pass yield+8 pts
Energy−9%
Before the runon target
10+Guides & briefs
5Stages covered
6Agents documented
MonthlyUpdated
Topics we cover
The full converting margin story
Color science on press
Spectrophotometric ΔE control, plate and anilox wear, and substrate/ink drift.
Yield & finishing
Nesting/imposition, crease integrity, die and anvil wear, and fold-readiness.
Plant economics
Waste, makeready, claims, energy and OEE, the numbers that move margin.
The best converting engineers already run this playbook in their heads. We wrote it down, and taught the plant to run it every shift.
Formats
GuidesTechnical briefsField notesROI modelsWebinarsBenchmarks
Answers
Questions converters ask
Is this content gated?
The deep-dive briefs and ROI models are shared during a conversation with our team so we can tailor them to your lines and jobs. Reach out via contact.
Can you benchmark our plant?
Yes. A pilot begins with baseline measurement of your waste, claims and OEE on real jobs, that becomes your private benchmark.
Do you publish defect datasets?
We do not share tenant data. Synthetic scenario generation augments rare defects without exposing any customer’s artwork or recipes.
Get the briefs that fit your line
Tell us your machines and your biggest cost driver, and we’ll send the relevant guides and an ROI model.