amaZon speed Ion Trap

Redefinición de las aplicaciones de trampa de iones

La nueva generación de trampas de iones ultrasensibles introduce nuevos niveles de rendimiento para cualquier clase de requisitos analíticos.

La trampa de iones amaZon speed establece un nuevo estándar analítico para moléculas pequeñas y aplicaciones de análisis. Entre las principales mejoras para la plataforma probada amaZon cabe destacar un incremento extraordinario de la velocidad y la resolución de masa. La eficacia y la cuantificación reproducible de MS/MS proporcionan niveles excelentes de rendimiento.

Con una sensibilidad de MS/MS diez veces superior en relación con las plataformas actuales, Zero Delay Alternating™ en un mínimo de velocidad de adquisición de 20 Hz de MS, esta trampa de iones satisface la demanda creciente del mercado farmacéutico, químico y clínico.

amaZon se fundamenta en la amplia experiencia de Bruker en tecnologías de trampas de iones y está especialmente diseñado para mejorar las capacidades de las áreas de investigación siguientes: la proteómica, la metabolómica, el análisis y la identificación de compuestos y el análisis químico detallado.

Unmatched ion trap performance through innovation

  • Greatly increased MS/MS duty cycle for more productive data acquisition
  • Highest ion trap mass accuracy through proprietary RF generator design
  • Leading dual ion funnel technology for unparalleled sensitivity
  • Zero Delay Alternating™ for polarity switching with a minimum of 20 Hz MS acquisition speed
  • New SMART isolation and fragmentation
  • Unrivalled scan speed of 52,000 u/sec at a peak width < 0.5 u for resolution of doubly charged ions
  • Support of fastest UPLC applications at a maximum duty cycle.

Dual ion funnel

Delivering unmachted sensitivity by dual ion funnel inlet.

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Fast scanning mass analyzer

Delivering unmachted sensitivity by dual ion funnel inlet.

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Applications amaZon speed

MSn for Structure Analysis

The identification of drug metabolites and their structure verification are a vital part in pharma discovery and development. Software features like the FragmentExplorerTM are the ideal tools for structure confirmation taking advantage of the fast and sensitive stepwise MSn fragmentation of the amaZon speed ion trap. Bruker‘s MetaboliteToolsTM software suite provides confident metabolite prediction as well as detection and interpretation of new compounds.

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Walk up Compass OpenAccess workflows

The intuitive and workflow-oriented GUI of the Compass OpenAccess software supports the flexibility and speed of the amaZon speed as an ideal solution for multi-user industrial, clinical or teaching labs. The web-based client server system is ideally suited for workflows like  e.g. quality control (QC), recombinant protein MW verification or automatic library searches.

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Drug quantitation

Reliable and routine quantification is a task so far reserved for triple quadrupole instruments. The enhanced speed and reproducibility of the amaZon speed in MRM experiments enables the reliable quantification of target compounds in diverse matrices.

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Bruker Daltonics services are performed by factory trained and certified engineers. DIN EN ISO 9001:2000 requirements are fulfilled.

 

Available services include:

  • Help desk service for a faster access to our support team, to your service order follow up and for general information
  • Planned maintenance, according to our requirement
  • Telephone support from highly-skilled troubleshooting professionals, to isolate and resolve hard- and software problems
  • Web-based remote instrument service for service diagnosis and applications support
  • Customer on-site repair and maintenance service
  • Spare parts availability typically over night or within a few working days worldwide
  • Compliance services for installation qualification, operational qualification / performance verification
  • Site planning and relocation
  • Advise to improve labs efficiency (consumable, method development & how to run the complete solution)

For Research Use Only. Not for Use in Clinical Diagnostic Procedures.