Analytical support for food, medical-device materials and pharmaceutical-related projects.

Anysis supports selected food, medical device and pharmaceutical material investigations where composition, material identity, impurities, residues, surfaces, batch differences or product-related abnormalities need to be understood.

Materials and product questions need targeted evidence.

The sample, project objective and required interpretation determine the analytical route.

Healthcare and food-related samples require careful scope definition.

Analytical questions in food and healthcare can involve ingredients, raw materials, packaging, coatings, residues, unknown particles, device materials, excipients, APIs, finished-product components or manufacturing-related abnormalities. The correct approach depends on what the client needs to learn from the sample.

Anysis role is to define a technically appropriate analytical route for the specific project. We avoid treating every question as a generic compliance test; instead, we focus on material identity, composition, impurities, comparison, failure evidence and characterization within the agreed scope.

Materials, products and sub-industries we analyze.

The analytical plan is tailored to the sample type and project objective rather than applying the same test package to every product.

Food

Selected ingredient, composition, residue, contamination, packaging and product-comparison projects.

Medical Devices

Polymers, elastomers, metals, alloys, coatings, adhesives, residues, particles and failed components.

Pharmaceutical Materials

Raw materials, APIs, excipients, drug-product related samples, impurities and unknown substances.

Packaging & Contact Materials

Polymers, coatings, inks, adhesives, residues, material identity and comparison studies.

Unknown Residues & Particles

Fibers, fragments, deposits, cleaning residues, oils, lubricants and foreign matter.

Batch & Supplier Comparison

Reference-vs-supplier and lot-to-lot studies focused on relevant chemical or material attributes.

Start with what you need to understand.

You do not need to choose an instrument first. Share the sample background, what changed, and the decision you need the data to support.

What is this unknown residue or particle?

Characterize the material using microscopy, spectroscopy, elemental or other appropriate methods.

Are two batches materially different?

Compare composition, additives, impurities, thermal behavior, morphology or surfaces as relevant.

What material is this device component made from?

Identify polymers, elastomers, metals, coatings, adhesives or other material classes.

Is an impurity or degradation product present?

Use targeted chromatography, mass spectrometry, elemental or spectroscopic approaches when appropriate.

Why did a coating, adhesive or component fail?

Compare normal and failed samples and examine surfaces, interfaces, chemistry and morphology.

Can you support an investigation without a predefined test method?

Yes. The project can start with the question and sample background, then methods can be proposed.

Food & Healthcare Analytical Services

Answers to common project-planning questions. Final scope depends on the actual sample, target information and agreed methods.

The available scope depends on the specific method and project. This page focuses on analytical investigation and materials characterization; regulatory or accredited testing requirements should be confirmed before quotation.

Yes. The existing scope includes polymers, elastomers, metals, coatings, adhesives, residues, particles and good-versus-failed component comparisons.

Yes, depending on size and amount. Microscopy, FTIR, Raman, SEM/EDS, chromatography or elemental methods may be combined.

Selected comparisons can be designed around identity, impurity profile, elemental content, solid-state or other agreed characteristics.

Sample needs depend on the material, number of methods, preparation requirements and whether replicate or comparison samples are included.

Deliverables can include analytical data, images, comparison results and technical interpretation within the agreed project scope.

PROJECT INQUIRY

Tell us what you need to find out. Our engineers can help define the testing scope, sample requirements and next steps.