Run Filtration Twice as Long on Up to 38% Less Filter Aid
Cut Your CIP Time by 20%
Know how much body feed each hectoliter actually needs
— and reclaim the runtime lost to fixed-dose recipes.
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One customer extended filtration runs from six hours to thirteen with the Laminar Filtration Model.
Per Hectoliter
Pressure Build
See how to run filtration to a dynamic pressure condition, not a fixed recipe.
Stop dosing filter aid to a worst-case recipe.
Start dosing to the beer in the line.
Stop Dosing for the Dirtiest SKU You Run
Your filter doesn't need more kieselguhr — it needs to know when to dose. Today, breweries rely one recipe to cover every SKU, every batch, every incoming turbidity, so the dose gets set for the worst case and never moves. Result? Filter aid you pay for twice. Once to buy it, once to haul away.
Start Dosing to Real Filtration Load
Laminar Process-Aware Spectral Sensors read the liquid entering the filter. Our ML models translate that into the body feed each hectoliter actually needs and drive the dose in real time. Trial runs cut filter aid 22% to 38% per hectoliter with no change to clarity spec.
Short Runs Burn Uptime Hours
Differential pressure climbs, the run hits the limit, and the filter drops out for regeneration hours before it had to. Every early regeneration is another pre-coat charge, another CIP cycle, and production hours the line never gets back.
Fewer Regenerations = More Hours Actually Filtering.
Laminar holds differential pressure growth to half its baseline rate, so runs go the distance the beer allows rather than the distance a fixed dose forces. Fewer stops between hectoliters. More of your filter's day spent on the job you bought it for.
Pre-Coat Is a Fixed Charge on a Short Run
Pre-coat mass is charged per regeneration, not per hectoliter. A short run spreads that fixed mass thin. The shorter your runs, the more pre-coat you pay for on every hectoliter that leaves the filter.
Longer Runs Spread Pre-Coat Further
Extend the run and the same pre-coat mass covers more beer. At the runtime extension measured in trial, pre-coat cost per hectoliter falls by more than half — before a single gram of body feed is saved.
Ready to see how many hectoliters your filter is leaving on the table?
Before Laminar
- Fixed-Dose Recipes with Built-In Worst Case Tax
- Early Regenerations Drive
Down Throughput - High Overhead on Filter Aid In & Out
After Laminar
- SKU-Aware Dosing
- Full-Length Runs with More Throughpute Savings
- Filter Aid Cut Per Hectoliter
Process Aware Filtration Fitted to Your Filter and Your SKUs
Every SKU Filters Differently.
Every Filter Is Built Differently.
Control That Runs Deeper Than a Dashboard.
The Laminar Filtration Model knows your process, not a generic one.
FAQs
Find answers to the most common questions about the
Laminar Filtration Model & Process-Aware Spectral Sensors.
Laminar Filtration supports a variety of processing industries including but not limited to brewery, dairy, and protein.
Candle, plate-and-frame, and horizontal leaf. Filter geometry and area change how a run behaves, so both are inputs to your model rather than assumptions baked into it. We size the model to your filter during deployment.
Yes. Laminar installs in-line and reads from and writes to your existing control system. Filtration needs more PLC tags than a CIP deployment because dosing, pressure, and flow all move together, so integration scope is scoped per Laminar Line up front.
Filter aid savings land on the first run. Runtime extension compounds across the year as the models learn each SKU.
Every run is logged — dose rate, pressure curve, decision points, and outcome — as an auditable record. Your quality team gets a fuller trace of each filtration than a fixed recipe ever produced.
Try Our Free
Clean-in-Place Savings Finder
There's no technology out there like Laminar.
As a company that's always pushing for innovation, Monin sees this as the kind of AI-driven solution that gives manufacturers a real edge. The fact that Laminar delivers on both sustainability and profitability makes it an easy decision to pilot and scale.
We've been making quality food products for over a century, and one thing that's kept us ahead is a willingness to invest in technology that actually moves the needle. Laminar is a unique application of technology, it lets us optimize our cleaning processes in ways we couldn't before. We're piloting ML models and sensors now and already planning to scale, because the technology checks both boxes that matter most to us: sustainability and profitability.
Winland Foods is committed to exceeding consumer expectations with a high-quality food experience from the field to the table. Innovation is a critical pillar of our mission to provide superior value, and we've partnered with Laminar to enhance production flexibility with insights previously invisible to the naked eye.
Leveraging their machine learning technology, we expect to enhance our production agility, reduce waste, and gain greater capacity so we can continue to deliver more world-class quality and value to our customers.
Our partnership [with Laminar] has allowed for an 18% reduction in downtime during cleaning, which increases productivity and lowers costs in the supply chain. We have also saved 40% of a cleaning cycle's water consumption by using the technology.
Laminar has industrialized exceptional technology that delivers results not found anywhere else in the market. The ability to generate real-time spectral fingerprints for each fluid and determine the liquid signature enhances our efforts to develop the best products and meet market demands.
Their team is a true partner in our shared goal to identify productivity opportunities and use cases that are distinctive to their technology. We're excited to leverage Laminar in creative ways that support our innovation goals, which give us our advantage in the marketplace.
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At its core, INX is a chemistry company—where precision, performance, and science converge. Laminar’s mastery of chemical intelligence, paired with its ability to transform real‑time chemical data into actionable insight, immediately set them apart. Their technology represents a new frontier in protecting the formulation integrity and product excellence that define who we are. As we push the boundaries of Industry 4.0 and reimagine what’s possible in modern manufacturing, Laminar stands out as a truly differentiated solution. We haven’t seen anything else in the market that delivers this level of chemical insight and control. We’re energized by where Laminar’s technology enables us to go—today and as we shape the future of intelligent, data‑driven chemistry.
