AI in Manufacturing

AI for Factories: Less Downtime, Less Scrap

An unplanned stop can cost ten times a planned maintenance. AI flags the failure before it happens and catches the defect before it leaves the line.

AI on the factory floor is no longer reserved for large holdings. Failure prediction from vibration, temperature and current data; full visual quality inspection from cameras; demand and production planning from order history — all three can be installed in a mid-sized plant today. We start by adding a sensor and software layer to the machines you already own — without stopping the line, without disturbing your ERP or MES.

10×
Cost of unplanned downtime versus planned maintenance
100%
In-line visual inspection coverage — every part, every shift
24/7
Machine health monitoring, independent of shifts

What we see in the field

What we do

Predictive maintenance

Vibration, temperature, current and acoustic data monitored with machine learning; failure signals arrive days early and emergencies become scheduled work.

Camera-based quality control

Every part inspected in-line with cameras and deep learning. Micron-level defects the human eye misses are caught and classified.

Demand forecasting and planning

Forecasts built from order history, seasonality and stock data; raw material orders and shift plans follow the numbers.

Production data infrastructure

We build the layer that collects shop-floor data and talks to your ERP/MES — reporting moves from spreadsheets to a live dashboard.

How we work

01

Site survey

We walk your plant, see the bottleneck first-hand and map the data sources.

02

Pilot line selection

Together we pick the single line or machine group that proves ROI fastest.

03

Install and measure

Sensors, cameras and software go in; results are measured against production data.

04

Roll-out

The proven setup is copied to other lines and handed to your maintenance team.

Frequently asked questions

Do we need to stop the line for installation?

No. Sensors and cameras are fitted during planned short stops on a running line; the software layer never touches production.

Our machines are old — does this still work?

Yes. If the machine has no data output, we add it with external vibration and temperature sensors. Older machines are usually where predictive maintenance pays off most.

Does it integrate with our ERP or MES?

Yes — we exchange data without changing your existing setup, so results appear on the screens your team already uses.

How much data do we need to start?

A few thousand images for quality control, a few weeks of sensor logs for predictive maintenance — usually enough for a first model. Data collection is part of the installation, not a prerequisite.

How long does a pilot take and what does it cost?

A single-line pilot typically shows results in 4–8 weeks. Cost depends on line count and sensor needs; the site survey is free.

Our other AI solutions

Let's pick your first pilot line together

The site survey is free: we walk your line and report where AI will cut downtime and scrap first.