Consistent baking. Less waste. Higher Yield.

Finding skilled operators is harder than ever. Raw material costs leave no room for waste. A single quality issue can cost you an entire batch. Polysense keeps your line accurate, whatever comes in.
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Used by leading bakers worldwide
Visualize & monitor

See what’s happening on your production line

Gain real-time visibility into product quality and production performance to detect variability and deviations instantly.

Understand your production line

We map your line end to end: what to measure, which quality challenges matter, and which KPIs define performance. This creates a shared baseline of reality.

Install and train

Polysense is installed on your existing production line with minimal hardware changes, integrating with the machines and systems you already use. Our algorithms learn your product and production behavior.

Real-time control in your hands

Product quality is measured in real time on the line, giving you continuous visibility into variation, defects and performance. The platform goes live with dashboards, alerts, and root cause analysis. Your team acts on real-time insights and continuously steers production based on what is happening now.

Closed-loop optimization

Polysense moves from insight to action. Setpoints are automatically adjusted to optimize performance, while operators focus on exceptions instead of constant monitoring.

The outcome?

A dynamic production process that stabilizes output despite variability.
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That's exactly what it's built for. Fresh produce quality shifts withclimate, growing region and supplier. Polysense measures quality continuously,so your line parameters adapt to what's actually coming in rather than stayingfixed to last season's settings.

This is exactly the problem inline measurement solves. On a high-speedline, a production fault that goes undetected for ten minutes can meanthousands of invalid products. Polysense detects drift in colour, dimensions,decoration and defects as it happens, so you can correct while the batch isstill running, not after the loss has already occurred.

That's one of the most common challenges we hear in bakery today.Polysense captures the process knowledge that used to live with yourexperienced operators and builds it into the system. New operators getreal-time guidance on what's happening and what needs attention, instead ofhaving to rely on experience they don't yet have.

Polysense integrates with the systemsalready running on your shop floor, including SCADA, MES and PLC platforms.Measurement results flow directly into the systems your team already uses,including your central dashboards and reporting tools. No parallelinfrastructure required.

That's common. Most vision systems arebuilt as generic tools that don't account for the realities of food processing.Polysense is different in two ways: we focus exclusively on food production,and we've built deep, hands-on understanding of how real production linesactually behave. We don't come in with a generic camera solution and hope itfits. We work directly with food producers, so the system is designed aroundyield, variability and production constraints, not lab conditions.

No. Polysense is designed to install on the line you already have. We connect to your existing equipment with minimal hardware changes, including peelers, cutters, sorters and washers. Most lines are up and running within a few weeks.

Polysense integrates with the systems already running on your shop floor, including SCADA, MES and PLC platforms. Measurement results flow directly into the systems your team already uses, including your central dashboards and reporting tools. No parallel infrastructure required.

That's common. Most vision systems are built as generic tools that don't account for the realities of food processing. Polysense is different in two ways: we focus exclusively on food production, and we've built deep, hands-on understanding of how real potato processing lines actually behave. We work directly with potato processors, so the system is designed around yield, variability and production constraints, not lab conditions.