Integrated Material Analysis

Achieve more consistent quality and catch changes before they affect your production with real-time fully connected material analysis solutions.

How a well-designed material analysis solution improves your production

In-line material analysis helps you understand what your materials contain, how they change, and whether they meet your quality requirements, directly within production. We integrate analytical instruments with your production equipment and software, so your team can use timely material measurements when deciding whether to adjust, hold, or continue production.

Real-time, in-line material analysis

Instead of relying on slow and costly lab testing, probes can be inserted directly into bioreactors, pipelines, reaction vessels, or other production equipment, providing continuous data on your materials.

Reduced chemical waste

Monitoring chemical composition and quality during production helps you correct deviations before they become an off-spec batch.

Your measurements get put to work immediately

Results can be quickly shared with operators, control systems, and production records, giving you more power to make quick informed decisions.

Isometric assortment of material analysis solutions

Why do companies choose INEA?

We understand how your production works

From mixing and blending to formulation, reaction monitoring, and coating, our practical engineering experience helps us determine where material analysis can deliver the greatest value to your production process.

We tailor the solution to your production environment

Every factory has its own requirements. We design and integrate material analysis solutions around your existing processes and equipment, connecting measurement technology with the systems and information your teams rely on.

We give your team the confidence to take control

Your team stays involved from initial testing through implementation and handover. With comprehensive documentation, hands-on training, and continued technical support, we make sure they have the knowledge and resources to operate the solution reliably.

Measurements that fit your material

Follow composition and
reaction progress

Raman spectroscopy can track selected components and reaction progress directly during the production process, without sampling. We integrate the analyser’s results directly into your production workflow.

Monitor moisture and
material composition

Near-infrared (NIR) spectroscopy measures selected material characteristics, such as moisture, protein, and fat content. NIR analysers are integrated into production processes like powder blending and drying to help maintain consistent material quality.

Track in-process chemical changes

Fourier-transform infrared (FTIR) spectroscopy measures molecular absorption to identify selected chemical components and monitor reactions. We integrate FTIR analysers into processes such as chemical synthesis and polymer curing to help track reaction progress and product consistency.

Reliably see where material differs

Hyperspectral imaging (HSI) combines spectral measurements with an image to locate selected material differences. This can support quality checks on functional layers in roll-to-roll production.

Check valuable material
in thin layers

X-ray fluorescence (XRF) measures selected elements in coatings, such as platinum loading in fuel-cell layers, helping you check whether loading stays within your limits.

Tell us what you need to analyse.

Tell us what you manufacture, what you need to analyse, and where your current method falls short.

We’ll discuss the application and identify what needs checking before proposing a solution.

Contact our expert

Integration process

1

Define
the scope

We review your material, current testing method, measurement target, and the decisions the result must support.

2

Prove
feasibility

Together with your relevant specialists, we assess representative samples against agreed accuracy, range, and response-time requirements.

3

Engineer the installation

We design the physical measurement location and plan out the connections and interfaces.

4

Integrate and validate

We implement the agreed solutions then test measurement performance and system behaviour under the relevant production conditions.

5

Handover and support

We train the users and agree who maintains the instruments, analytical model, software, and integration over time.

Frequently Asked Questions

1

We don’t know which analyser we need. Where do we start?

Start with the material, the characteristic you need to measure, and the decision it supports. We review your current method and establish what needs testing before recommending equipment or defining an integration project.

2

Is this only for liquids?

Applications can involve liquids, solids, and coatings. The material and the characteristic you need to measure determine the approach. We confirm suitability for your production conditions; each application has its own measurement requirements.

3

Will this replace our laboratory?

Your laboratory remains important for reference testing and measurements outside the agreed scope. In-line analysis can support selected production decisions; any reduction in laboratory checks needs agreement with your quality team and evidence from validation.

4

Will installation interrupt production?

The installation plan depends on access, equipment modifications, and commissioning requirements. We review these with your team and identify any shutdown work before agreeing the implementation schedule. We always seek to minimise any installation-related downtime.

5

What happens when our materials or recipes change?

A changed formulation or supplier may require the measurement or analytical model to be checked again. We agree who assesses changes, performs any necessary updates, and verifies performance within the support agreement.