Engineering solution
We engineer packaging and material-handling automation at the line level: conveyor and accumulation control, integration of fillers, cartoners, palletizers and other OEM machines into one coordinated system, line-control logic that manages starvation and blocking, and the commissioning that turns individual machines into a line that actually runs at rate.
Packaging lines are bought machine by machine but succeed or fail as a system. Each OEM delivers a machine that works alone; nobody owns the handshakes, accumulation strategy, and recovery behavior that determine real throughput.
That system layer is our scope: line control design, machine-to-machine integration, conveyor logic that absorbs upstream and downstream variation, and honest commissioning against a measurable line-rate target.
Scope
Project process
Model flow, identify constraint machines, and define the accumulation strategy.
Specify handshakes, controls architecture, and each OEM's interface obligations.
Deliver panels, wiring design, and the line-control software.
Bring the line up section by section, then run at rate with real product.
Tune accumulation and recovery behavior against observed production.
| Strategy | How it behaves | Where it fits |
|---|---|---|
| Zero-pressure accumulation | Product stops without contact pressure between items | Fragile, unstable or easily marked product |
| Line-pressure accumulation | Product backs up against itself | Robust product on simple conveyors |
| Buffer loop or spiral | Holds a defined quantity to ride out short stops | Downstream stops that are frequent but brief |
| No accumulation (block and starve) | An upstream stop propagates immediately | Short lines, or where stopping the line is cheap |
We do not publish fixed prices: these are the factors that determine effort. A scoped proposal follows the technical fit review.
Line-level control cannot compensate for a machine that is not capable. Where the constraint is an individual machine's reliability or rate, that is reported as the finding rather than buried under an integration scope.
Last reviewed by Geek Engineering senior engineering review.
Almost always the system layer: insufficient accumulation, aggressive stop/start behavior, poorly tuned handshakes, or recovery logic that turns ten-second faults into five-minute stops. A line study with data capture identifies which of these dominates before anything is rebuilt.
Yes — that is the normal case. We define the interface each machine must provide, coordinate with the OEMs, and implement the supervisory control that manages them as one line, regardless of whose logo is on each frame.
Either. Some projects are a single transfer or accumulation section; others cover full-line control from infeed to palletizing. The scope is defined by where your problem actually is, which the line study establishes.
By agreeing the measurement rules in advance: which products, which duration, how faults attributable to upstream supply or machine issues are counted. Commissioning then reports performance against those rules with recorded data rather than impressions.
Describe your equipment, objectives, timeline, and constraints. We will confirm whether this solution fits — and say so plainly if it does not.
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