Postnova Analytics

Postnova Analytics, a German analytical instrumentation company, specializes in advanced separation and characterization technologies for nanoparticles, proteins, and macromolecules.

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Manufactures advanced laboratory instruments for analyzing tiny particles and complex molecules.

Postnova Analytics, a German analytical instrumentation company, specializes in advanced separation and characterization technologies for nanoparticles, proteins, and macromolecules. The company's core technology, Field-Flow Fractionation (FFF), is considered the gold standard for analyzing complex materials in industries ranging from pharmaceuticals to environmental science. Postnova's systems combine FFF with techniques like multi-angle light scattering, dynamic light scattering, and ICP-mass spectroscopy to provide detailed data on particle size, molar mass, and structure.

While financial specifics aren't publicly disclosed, the company maintains a strong position in niche analytical markets, particularly for biopharmaceutical quality control and nanomaterial research. Their technology has gained relevance in vaccine research and virus characterization during recent global health challenges. Postnova serves both academic researchers and industrial laboratories, with particular strength in European markets though expanding globally. The company faces competition from larger analytical instrument manufacturers but maintains differentiation through specialized FFF expertise.

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Who buys this

  • Pharmaceutical and biotech companies needing drug characterization
  • Academic research laboratories studying nanomaterials
  • Environmental testing agencies analyzing water/soil contaminants
  • Food and cosmetics manufacturers monitoring nanoparticle safety
  • Polymer and materials science researchers

Strengths and what to watch

Strengths

  • Specialized Field-Flow Fractionation technology with few direct competitors
  • Ability to hyphenate multiple detection methods in single systems
  • Strong reputation in nanoparticle characterization for regulated industries

Watch for

  • Dependence on niche analytical markets vulnerable to research funding shifts
  • Competition from larger instrument makers developing alternative technologies
  • Limited public financial disclosures make growth trajectory unclear

Key Information

Founded
1997
Headquarters
Landsberg, Bayern, Germany

Frequently Asked Questions

What is Field-Flow Fractionation and how does it work?

Field-Flow Fractionation (FFF) separates particles in a flow channel using perpendicular fields. Postnova's systems apply this to nanoparticles and macromolecules without stationary phases, preserving sample integrity. The technique excels in analyzing complex materials like proteins or environmental contaminants with minimal sample preparation.

What industries use Postnova's analytical instruments?

Postnova serves pharmaceutical quality control, nanomaterial research, environmental testing, and food/cosmetic safety. Their FFF systems are particularly valuable for vaccine research and polymer characterization. Academic labs and industrial manufacturers rely on these instruments for precise particle size and structure data.

How does Postnova combine different detection methods?

Postnova hyphenates FFF with multi-angle light scattering, dynamic light scattering, and ICP-mass spectroscopy. This allows simultaneous measurement of particle size, molar mass, and composition in one analysis. Such combinations provide comprehensive material characterization for complex samples like drug formulations or engineered nanomaterials.

What makes Postnova's FFF technology unique?

Postnova specializes in Field-Flow Fractionation systems with superior resolution for nanoparticles and macromolecules. Their instruments maintain sample integrity better than traditional chromatography, offering gentler separation. The company's expertise in hyphenated techniques creates differentiated solutions for challenging analytical problems in regulated industries.

Who are Postnova's main competitors in particle analysis?

Postnova competes with larger analytical instrument manufacturers offering alternative separation technologies. However, their focused FFF expertise maintains an edge in nanoparticle characterization. The company carves niches in biopharmaceutical and environmental applications where precise particle data matters most.

Where are Postnova instruments most commonly used?

Postnova has strong adoption in European academic and industrial labs, particularly for pharmaceutical quality control. Their systems are expanding globally in nanomaterials research and environmental analysis. The technology proves valuable wherever precise particle characterization impacts product development or regulatory compliance.

Sources

  1. www.postnova.com — Company overview and product descriptions
  2. www.postnova.com — AF2000 product details
  3. www.postnova.com — CF2000 product details
  4. www.postnova.com — TF2000 product details