Boehringer Ingelheim identifies particles with the Liquid Particle Explorer

14-Jun-2004

Boehringer Ingelheim opts for the best high-performance system for reliable identification of microparticles by rap.ID Particle Systems GmbH.

At Boehringer Ingelheim, the innovative combination of Liquid Particle Explorer and a microscope supports development and production in the rapidly growing sector of modern inhalers. "We are very happy to have won Boehringer Ingelheim for our Liquid Particle Explorer and will ensure that the introduction of our technology and the success it promises will rapidly mature to show measurable advancement," says Dr. Oliver K. Valet, managing partner at rap.ID.

Micrometer particles can be identified simply, quickly and reliably by the Liquid Particle Explorer using the patented and highly automated micro Raman spectroscopy. The only manual step is the standardized filtration of a solution on the patented membrane. The result is the material definition of each single particle through integrated database querying of the particles' "fingerprints" in the form of Raman spectra. For example, it documents the identity and quantity of hundreds of rubber, titanium oxide, soot or polyethylene particles of a specimen. Of major importance for global pharmaceutical producers is that software and documentation correspond to the strict directives and requirements of the US health authorities. Medicament manufacturers thus obtain a statistically relevant overview of size, form and material composition of micrometer particles as of 2µm, in a reliable form that can be validated. The system is a superlative supplement to already established techniques that can define only the elemental composition of the particles, since for the first time it enables the unerring and automated identification of organic and inorganic compounds up to a dissolution of 1µm.

rap.ID Particle Systems provides a comprehensive service for carrying out particle studies, trouble-shooting analyses and also for support and training in the application of Particle Explorer technology. Dr. Michael Niemann, from the drug delivery department at Boehringer Ingelheim, comments: "We got to know the performance capacity of the system through the particle analysis studies successfully carried out by rap.ID. The possibility of characterizing large quantities of particles with a high level of reliability and automated methods tipped the balance for us to make our decision." The tight networking of analysis apparatus, consulting and training means rapid and uncomplicated support for customers in directly generating and exploiting the results of the particle examination in everyday production routine.

The first applications in rapidly growing modern products such as bio-pharmaceutics and inhalers are the very things that will comprise another major step in establishing rap.ID's progressive particle-measuring technology in the pharmaceutical industry.

Other news from the department research and development

These products might interest you

Limsophy

Limsophy by AAC Infotray

Optimise your laboratory processes with Limsophy LIMS

Seamless integration and process optimisation in laboratory data management

laboratory information management systems
ERP-Software GUS-OS Suite

ERP-Software GUS-OS Suite by GUS

Holistic ERP solution for companies in the process industry

Integrate all departments for seamless collaboration

software
LAUDA.LIVE

LAUDA.LIVE by LAUDA

LAUDA.LIVE - The digital platform for your device management

Comprehensive fleet management options for every LAUDA device - with and without IoT connectivity

laboratory software
ACD Spectrus Platform

ACD Spectrus Platform by ACD/Labs

Software for Analytical Data Handling in R&D

Standardized Analytical Data Processing & Knowledge Management

data management software
ZEISS ZEN core

ZEISS ZEN core by Carl Zeiss

ZEISS ZEN core - Your Software suite for connected microscopy in laboratory and production

The comprehensive solution for imaging, segmentation, data storage and analysis

microscopy software
Loading...

Most read news

More news from our other portals

So close that even
molecules turn red...