simplified, automated testing
The Sievers Eclipse Bacterial Endotoxins Testing (BET) Platform uses microfluidic liquid handling and the latest in compliant software to simplify and automate your endotoxin testing program. Automation of BET is achieved using a compact benchtop platform - finally making it easy to run fully compliant endotoxin assays without difficult setup or complex robotics. With the Sievers Eclipse, QC labs can:
- Experience easy, automated endotoxin testing that any analyst can perform. Minimal training is needed to run consistent, accurate, and compliant assays
- Meet all requirements of the harmonized pharmacopoeia: USP <85>, EP 2.6.14 and JP 4.01
- Ensure compliance with 21 CFR Part 11 and Data Integrity guidelines
- Decrease assay setup time by up to 85% with <30 pipetting steps
- Leverage microfluidics to minimize hands-on time, operator-to-operator variability, and retests
- Reduce Limulus Amebocyte Lysate (LAL) reagent use up to 90%, decreasing demand on natural resources
- Automate standard curves, positive product controls (PPCs), and mixing without the use of robotics
- Achieve automation without the need for complex equipment and maintenance
compliant. consistent. conscious
A plataforma Eclipse obtém automação e precisão em ensaios BET sem sacrificar a conformidade, a bioquímica da reação ou a área ocupada no laboratório. With reduced LAL reagent use and 21 CFR Part 11 compliant software, the Sievers Eclipse platform delivers a fully compliant BET assay that the global horseshoe crab (HSC) population can sustain. From supply chain and storage to validation, routine testing, and sign-off, the Eclipse maximizes efficiency and streamlines product release.
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Connect with our experts to learn how the Sievers Eclipse BET platform could be beneficial to your organization.
Recursos
Testagem simplificada de endotoxina de inventário para liberação de lote
This infographic provides a summary of the areas within a pharmaceutical manufacturing facility which can benefit from the Sievers Eclipse Bacterial Endotoxins Testing (BET) Platform. The Sievers Eclipse platform uses microfluidic automation and the latest in compliant software to simplify each step of an endotoxin testing program, from supply chain and storage to validation, routine testing, and sign off.
Como funcionam diferentes plataformas de testagem de endotoxinas – um resumo dos sistemas de testagem cromogênica cinética
Este infográfico compara como funcionam diferentes plataformas de testagem de endotoxinas e apresenta um resumo dos sistemas de testagem cromogênica cinética, incluindo a plataforma de testagem de endotoxinas bacterianas (BET) Sievers Eclipse. The following aspects are compared between platforms: hands-on time, LAL usage, throughput, footprint, technology, software, standard curve automation, and validation considerations.
- Video: Introducing the Sievers Eclipse BET Platform
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Testagem simplificada de endotoxina de inventário para liberação de lote
Testagem simplificada de endotoxina de inventário para liberação de lote
This infographic provides a summary of the areas within a pharmaceutical manufacturing facility which can benefit from the Sievers Eclipse Bacterial Endotoxins Testing (BET) Platform. The Sievers Eclipse platform uses microfluidic automation and the latest in compliant software to simplify each step of an endotoxin testing program, from supply chain and storage to validation, routine testing, and sign off.
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Como funcionam diferentes plataformas de testagem de endotoxinas – um resumo dos sistemas de testagem cromogênica cinética
Como funcionam diferentes plataformas de testagem de endotoxinas – um resumo dos sistemas de testagem cromogênica cinética
Este infográfico compara como funcionam diferentes plataformas de testagem de endotoxinas e apresenta um resumo dos sistemas de testagem cromogênica cinética, incluindo a plataforma de testagem de endotoxinas bacterianas (BET) Sievers Eclipse. The following aspects are compared between platforms: hands-on time, LAL usage, throughput, footprint, technology, software, standard curve automation, and validation considerations.