OpticalTech Analytics

Optical Inspection Methods for Precise Quality Data

Our platform documents light and material measurements along the entire inspection process – from initial calibration to audit-proof evaluation. This makes laboratory results traceable, comparable, and transferable to quality management systems.

Spectral Measurement Data Acquisition Acquisition of transmission, reflection, and absorption spectra with defined measurement parameters. The data is automatically linked to device and environmental information.

Material Durability Protocols Documentation of stress tests under defined light conditions. Time series, sample positions, and deviations remain fully traceable.

Calibration and Plausibility Checks Automatic verification of measurement plausibility based on stored reference values. Deviations are flagged before they are included in the evaluation.

Reproducible Laboratory Workflows Standardized templates for measurement setups and inspection steps ensure that different operators achieve comparable results – regardless of location.

Export for Quality Management Systems Inspection reports can be exported as structured data sets and integrated directly into existing QM documentation. This facilitates audits and internal approvals.

Overview of Inspection Modules

From the initial inquiry to the documented test report – our process is clearly structured and traceable for every measurement task.

The path to a valid measurement

01 · Inquiry and objective definition You describe the test task, the material, and the relevant standards. We clarify which optical parameters need to be recorded and which measurement method is suitable for this.

02 · Measurement plan and setup Together, we define the test conditions, number of samples, and environmental parameters. The measurement station is configured accordingly – including calibration of the light source and reference measurement.

03 · Performing the measurement Spectral data is recorded under controlled conditions. Temperature, humidity, and stray light are logged so that deviations remain traceable later.

04 · Evaluation and plausibility check The raw data is statistically examined, outliers are identified, and results are compared with reference values. Only after this validation do the results enter the report.

05 · Documentation and handover You receive a structured test report with measurement protocol, diagrams, and a classification of the results. The data is available for internal quality processes and audits.

Feedback from testing practice

What laboratories and quality departments report after switching to our documentation platform.

We finally have the spectral data from three different measuring stations in a uniform structure. The automatic plausibility check catches deviations that previously would only have been noticed during final inspection.

Günther Stöckl, Head of Optical Measurement Technology

The protocol templates for lightfastness tests have saved us a lot of time. Parameter monitoring now runs continuously, and the evaluation can be passed directly to the customer.

Marvin Steiner, Quality Assurance Material Testing

For our accelerated aging tests, we needed a solution that properly captures temperature drift and sample position. The system automatically documents these boundary conditions – this makes the results significantly more reliable.

Project Manager, Plastics Testing Laboratory

The switch from handwritten measurement logs to digital recording was straightforward. The employees quickly understood the interface, and data quality has noticeably improved.

Head of Research & Development Department

Clarifications on Measurement Documentation

To ensure that optical test reports and material analyses remain unambiguous, we define which terms and conditions apply. These notes supplement our service descriptions and prevent misunderstandings during order processing.

What does "controlled laboratory testing" mean?

Controlled laboratory testing takes place under defined environmental conditions. Temperature, humidity, and ambient light are monitored and logged throughout the entire measurement. Deviations from the target values are noted in the test report so that the results remain traceable.

How is material resistance defined?

Material resistance describes the ability of a sample to retain its optical and physical properties under light exposure over a defined period. Changes such as color shift, loss of gloss, or clouding are measured. The test duration and light intensity are specified in advance and documented in the report.

Which standards apply to spectral analysis?

For spectral measurements, we follow internationally recognized test methods, for example for determining transmission and reflection levels. The specific standard is selected depending on the task and industry. In the quotation, we name the relevant standard and explicitly point out any deviating customer requirements.

What does optical measurement technology include?

Optical measurement technology encompasses all methods that use light to analyze material properties. This includes spectroscopy, photometry, and color measurement. The choice of method depends on the question at hand—whether it concerns surface texture, transmission, or reflection. Each method is coordinated with the client in advance.

How are measurement results documented?

Each test report contains the measurement conditions, the equipment used, and the raw data in tabular form. Graphical representations such as spectral curves supplement the evaluation. Documentation is carried out in such a way that the measurement can be repeated under the same conditions. On request, we also provide the data as a CSV file.