PerkinElmer

Organic Impurities

Pharmaceutical laboratories summarise actual and potential impurities that are most likely to arise during the synthesis, purification, and storage of the drug substance and excipients. The finished dosage forms summarize the degradation products observed during manufacture and stability studies of the drug product, including impurities arising from the interaction with excipients and/or the immediate container closure system.

All the studies conducted to characterize any impurity at a level greater than the identification threshold – in any batch manufactured by the proposed commercial process – should be identified. In addition, any degradation product observed in stability studies at recommended storage conditions at a level greater than the identification threshold should be identified to guarantee the safety of medicines.

We provide the tools and processes you need to take control of your organic impurities testing for drug substances, drug products, and excipients.

LC 300 UHPLC System

Our LC 300 UHPLC is the system of choice for applications that demand superior performance and sensitivity. With ultra-precise gradient flows up to 18,000 psi/1,240 bar, the LC 300 UHPLC system delivers the power and increased throughput required for even the most demanding applications.

Key features of the LC 300 UHPLC platform include:

  • 18,000 psi (1240 bar) autosampler and pump configuration.
  • Patented ILD injection valve design reduces pressure and shock to improve data quality and increase column lifetimes.
  • Integrated solvent containment and column oven for reduced system complexity
  • Wide range of detectors: PDA, MWD, UV/Vis, FL and RI
  • Automated sample dilution and derivatization
  • Full instrument control and data processing with the SimplicityChrom CDS software

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LC 300 HPLC System

The next generation LC 300 HPLC system delivers the accuracy and flexibility needed for routine liquid chromatography applications. With its robust feature set and intuitive operation, the LC 300 HPLC has been designed to increase your laboratory productivity and throughput, even in the face of challenging budget and staffing situations.

Key features of the LC 300 HPLC platform include:

  • 10,000 psi (690 bar) autosampler and pump configuration.
  • High visibility color display for immediate assessment of system status without having to log into your CDS software.
  • Outstanding injection reproducibility – even at low volumes
  • Three injection modes: full loop, partial fill and µL-pickup for maximum flexibility
  • Long seal life via a dedicated and automated piston seal wash mechanism
  • Wide range of detectors: PDA, MWD, UV/Vis, FL and RI

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Clarus 590 GC

If your lab performs routine impurities testing analyses, you need a flexible, rugged GC instrument that can meet your testing requirements. The Clarus® 590 gas chromatograph is a fully automated GC system that delivers capabilities that enable high performance, flexibility, and stability. Along with proven strengths of our GC platform, the Clarus 590 GC features a new high-performance capillary injector with decreased reactivity, and autosampler technology that delivers multiple options for liquid injection, headspace, and SPME in one system.

  • A wide range of injectors, including programmable and on-column
  • All common detectors, including ECD, TCD, and FPD
  • Multilanguage touchscreen operation
  • Microchannel (Swafer) technology expands analytical capabilities with complete independence of the column from injectors or detectors
  • Capillary injector to ensure optimal recoveries and increased sensitivity
  • Programmable pneumatic control (PPC) for greater system stability, even with extreme changes in temperature

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Clarus 690 GC

When the highest levels of throughput are critical to your operations, choose the Clarus® 690 gas chromatograph. Its patented high-performance oven delivers the fastest heat-up and cool-down of any oven in the business, and that means shorter injection-to-injection times, and the ability to run more samples per day. Plus, the oven’s twin-wall design with concentric air exhaust provides exceptional cooling to near-ambient temperatures without resorting to liquid cryogen – critical for analysis of organic compounds.

  • Fastest combined heat-up and cool-down rate of any conventional over to enhance productivity, efficiency and throughput.
  • A wide range of injectors, including programmable and on-column
  • All common detectors, including ECD, TCD, and FPD
  • Multilanguage touchscreen operation
  • Microchannel (Swafer) technology expands analytical capabilities with complete independence of the column from injectors or detectors
  • Capillary injector to ensure optimal recoveries and increased sensitivity
  • Programmable pneumatic control (PPC) for greater system stability, even with extreme changes in temperature

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Consumables

Our accessories, consumables, methods, and application support meet the most demanding requirements and are the preferred choice in thousands of laboratories globally.

We invest heavily in testing and validating our complete portfolio of solutions to ensure that you receive accurate, repeatable results – on-time, every time – throughout the lifetime of your instrument. We also offer a complete portfolio of specialized consumables that deliver reliable performance, control operating costs, and maximize the uptime of your instrument.

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Services

The OneSource® UOQ program provides an instrumentation qualification program for maximum productivity and ongoing regulatory compliance capability. The program encompasses pharmacopeial (USP, EP, and JP) compliance with a design and approach that streamlines documentation across all major models of laboratory instruments, regardless of manufacturer.

OneSource Compliance Services ensures the highest levels of compliance with international regulations and guidelines. UOQ enables a seamless, cross-platform approach to a contemporaneous and automated documentation process, letting you gain immediate access to raw data from computer or database, for increased scientific productivity.

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