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The SCIEX novus V55 system is a fifth-generation triple quadrupole LC MS platform designed to help high-throughput food testing laboratories do more with existing resources, accelerate sample turnaround, increase capacity, and improve operational efficiency without compromising data quality. Built for the realities of commercial testing environments, it delivers the robustness, sensitivity, and speed required to meet evolving regulatory demands across complex food matrices.
Food testing laboratories face constant pressure to process high sample volumes, meet tight turnaround times, and maintain profitability. The novus V55 system addresses these challenges with ultra-fast acquisition speeds, enabling up to 1,000 MRM transitions per second using accelerated MRM (aeMRM). This allows laboratories to shorten run times, combine methods, and expand testing panels without compromising integration integrity or quantitative fidelity, helping increase throughput while maintaining confidence in results.
Designed to maximize laboratory productivity, the system combines high performance with a compact footprint, 35% smaller than the SCIEX 5500+ system, allowing labs to increase capacity within existing bench space. This is particularly valuable for contract laboratories operating at or near facility limits, enabling them to scale operations without costly infrastructure expansion.
Operational efficiency is further enhanced through significant reductions in energy consumption and cooling requirements, up to 40% lower compared to the SCIEX 5500+ system. These efficiencies translate directly into reduced operating costs, improved sustainability, and increased profitability per sample, particularly in high-volume, 24/7 testing environments.
Beyond hardware performance, the novus V55 system integrates seamlessly into existing laboratory workflows through SCIEX OS software. A unified platform for acquisition, processing, and reporting helps standardize workflows across instruments and sites, reducing analyst variability and enabling consistent, audit-ready results. Automated custom calculations, flagging rules, and batch review capabilities minimize manual intervention, allowing laboratories to process more samples per analyst while maintaining data integrity, even in complex or variable food matrices.
Reliability and uptime are critical for food testing labs where missed deadlines directly impact revenue and customer trust. The novus V55 system is engineered for robust, repeatable performance across long analytical sequences, supported by proven ion source technologies that enable longer batch runs, fewer re-runs, and predictable system behavior. This consistency helps laboratories deliver results on time, protect service-level agreements, and build long-term customer relationships.
Flexible workflow capabilities further extend the system’s value. With support for expanded mass range and the optional QTRAP, laboratories can perform both quantitative and confirmatory analyses on a single platform, enabling faster response to changing regulatory or customer requirements without adding complexity or additional instrumentation.
Ultimately, the SCIEX novus V55 system is designed to deliver measurable business impact. By increasing throughput, reducing cost per sample, minimizing downtime, and enabling scalable workflows, it provides food testing laboratories with the tools they need to grow capacity, improve efficiency, and maintain confidence in every result.
The SCIEX novus V55 system is a fifth-generation triple quadrupole LC MS platform designed to help high-throughput food testing laboratories do more with existing resources, accelerate sample turnaround, increase capacity, and improve operational efficiency without compromising data quality. Built for the realities of commercial testing environments, it delivers the robustness, sensitivity, and speed required to meet evolving regulatory demands across complex food matrices.
Food testing laboratories face constant pressure to process high sample volumes, meet tight turnaround times, and maintain profitability. The novus V55 system addresses these challenges with ultra-fast acquisition speeds, enabling up to 1,000 MRM transitions per second using accelerated MRM (aeMRM). This allows laboratories to shorten run times, combine methods, and expand testing panels without compromising integration integrity or quantitative fidelity, helping increase throughput while maintaining confidence in results.
Designed to maximize laboratory productivity, the system combines high performance with a compact footprint, 35% smaller than the SCIEX 5500+ system, allowing labs to increase capacity within existing bench space. This is particularly valuable for contract laboratories operating at or near facility limits, enabling them to scale operations without costly infrastructure expansion.
Operational efficiency is further enhanced through significant reductions in energy consumption and cooling requirements, up to 40% lower compared to the SCIEX 5500+ system. These efficiencies translate directly into reduced operating costs, improved sustainability, and increased profitability per sample, particularly in high-volume, 24/7 testing environments.
Beyond hardware performance, the novus V55 system integrates seamlessly into existing laboratory workflows through SCIEX OS software. A unified platform for acquisition, processing, and reporting helps standardize workflows across instruments and sites, reducing analyst variability and enabling consistent, audit-ready results. Automated custom calculations, flagging rules, and batch review capabilities minimize manual intervention, allowing laboratories to process more samples per analyst while maintaining data integrity, even in complex or variable food matrices.
Reliability and uptime are critical for food testing labs where missed deadlines directly impact revenue and customer trust. The novus V55 system is engineered for robust, repeatable performance across long analytical sequences, supported by proven ion source technologies that enable longer batch runs, fewer re-runs, and predictable system behavior. This consistency helps laboratories deliver results on time, protect service-level agreements, and build long-term customer relationships.
Flexible workflow capabilities further extend the system’s value. With support for expanded mass range and the optional QTRAP, laboratories can perform both quantitative and confirmatory analyses on a single platform, enabling faster response to changing regulatory or customer requirements without adding complexity or additional instrumentation.
Ultimately, the SCIEX novus V55 system is designed to deliver measurable business impact. By increasing throughput, reducing cost per sample, minimizing downtime, and enabling scalable workflows, it provides food testing laboratories with the tools they need to grow capacity, improve efficiency, and maintain confidence in every result.
Acquisition SpeedUp to 1,000 MRM transitions per second (aeMRM)
Footprint35% smaller than SCIEX 5500+ system
Energy EfficiencyUp to 40% reduction in energy consumption and cooling requirements compared to the SCIEX 5500+ system
SensitivityHigh sensitivity quantitative analysis for trace-level detection
Workflow CapabilityCombine methods, shorten run times, and expand analyte panels
Software PlatformSCIEX OS for integrated acquisition, processing, and reporting
Automation FeaturesAutomated custom calculations, flagging rules, and batch review tools
Workflow CompatibilityCompatible with existing LC systems, LIMS, and CFR Part 11 compliance
ReliabilityRobust performance with consistent uptime for high-throughput labs
About SCIEX
SCIEX empowers customers to solve the most impactful analytical challenges in quantitation and characterization. For over 50 years, SCIEX has been at the forefront of the field with groundbreaking innovation, reliability, and support. Since the launch of the first-ever commercially successful triple quadrupole in 1981, their technologies and solutions have influenced life-changing research and outcomes. Thousands of life science experts worldwide rely on SCIEX to get the answers they can trust.
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