HS 2400 M顶空进样器

At the center of the GC 2400 Platform development was an understanding of current trends and a strong focus on productivity for pharmaceutical, food, environmental and industrial analyses.

The PerkinElmer GC 2400 Platform addresses sustainability in two ways: firstly, by optimizing the use of helium, secondly, by promoting the use of hydrogen, a less costly and renewable alternative to helium, addressing also safety concerns.

Platforms equipped with automation elements and software-driven workflows will be key to enable productivity and decrease downtime.

As we entered a time of remote/hybrid working, laboratories showed an increased interest in remote and automated operations.

Experience real time status updates, integrated HS and GC workflow, and enjoy intuitive software.

Today’s lab analysts and operators are increasingly digitally-savvy and are seeking state-of-the-art solutions that enable them to be more efficient.

As analytical workloads have increased, labs analyzing Volatile Organic Compounds (VOCs) in soils and water by purge and trap with a gas chromatograph mass spectrometer (P&T and GC/MS) according to EPA Method 8260 are facing challenges in maintaining...

Laboratories performing residual solvent analysis according to USP 467 strive to meet the requirements of the method while trying to optimize their workflow combining different analytical technologies and reduce laboratory costs.

Every day, analytical laboratories are challenged with balancing high productivity with efficient operations. And with the growing trend of hybrid work models, gas chromatography operators seek remote access to their GC – whether they’re working in a different part of the lab or at a completely diff ...

The innovative PerkinElmer 2400 System allows customers to achieve unprecedented levels of efficiency. Designed to address the growing productivity and throughput needs of analytical laboratories, the GC 2400 System features a detachable touchscreen, so you can make decisions faster and be more prod ...

Supporting unparalleled sensitivity, pinpoint precision, and ultimate ease-of-use, the HS 2400™ Headspace Sampler pairs with most standard GC Systems and features patented pressure balance sampling technology that allows precise introduction of samples into the column without the use of a gas syring ...

The PerkinElmer MS 2400™ SQ Detector comes standard with SMARTsource™ (Simplified Maintenance And Removal Technology), GC/MS source easy to remove, clean and reassemble – without the need for tools. A simple twist of the SMARTsource allows users to completely remove the ion source and lenses of the ...

PerkinElmer MS 2400 SQ System is designed around the cutting-edge Clarifi Detector. Engineered using the latest electron multiplier technology, the Clarifi Detector provides superior sensitivity (signal-to-noise) and the longest operational lifetime. Ions are efficiently converted into an electronic ...

By being completely integrated into the PerkinElmer GC 2400™ Platform, the HS 2400 Headspace Sampler enables labs to perform automated accurate volatile analysis, thanks to user-intuitive software and wireless detachable touchscreen. Powered by the proprietary pressure-balance technology, the HS 240 ...

通过气相色谱法 (GC) 分析天然状态的甘油三酯具有挑战性，这主要是由于它们在进样口中的挥发性差和热分解。 为了改善它们的 GC 性质并提供脂肪酸的综合表征，酯化脂肪酰基链必须从甘油主链上裂解并甲基化，以获得脂肪酸甲酯（FAME）。该应用报告说明报告了使用配有毛细管进样口、火焰离子化检测器（FID）和Elite-2560柱的PerkinElmer GC 2400系统从食用油中分析FAME的结果，显示了快速分析时间和高重现性。

不同类型的塑料用于这些不同的应用，但所有塑料制造都有一些常见的原材料需求，包括单体和溶剂。塑料制造工作流程旨在使用塑料聚合物形成过程中的所有单体输入，并从最终塑料产品中去除所有溶剂。然而，单体和溶剂的残留量通常会留在成品中。

残留的单体和溶剂会给最终用户带来健康风险或影响最终产品的性能。塑料制造商必须有一种简单的方法来制备用于分析的塑料样品，以及能够提供最严格纯度要求所需的高通量和灵敏度的分析仪器。

本应用文章详细介绍了用于分析塑料中残留溶剂和单体的PerkinElmer GC 2400火焰离子化检测器（FID）系统。

鲸蜡醇，也称为棕榈醇或1-十六烷醇，是一种长链脂肪醇，是食品、化妆品、药品、个人护理产品（例如乳液和面霜）以及工业燃料中的常见添加剂。为确保鲸蜡醇质量，美国药典（USP）在USP-国家处方集（NF）鲸蜡醇专论中概述了一种化学纯度测定法。专论概述了评估仪器性能、测量鲸蜡醇含量以及鉴别常见脂肪醇杂质（硬脂醇、月桂醇、肉豆蔻醇和油醇）和其他未知杂质的程序。

本应用文章显示了带FID的珀金埃尔默GC 2400™系统根据USP专论分析鲸蜡醇中残留杂质的性能，同时提高化合物分离度和高度重现性的进样。

For more than 40 years, the United States Environmental Protection Agency (EPA) has monitored semivolatile organic compounds (SVOC) in wastes, soils/sediments, and groundwater via its Method 8270. This method is extensive in scope, targeting chemicals found in petroleum/soot (e.g., polycyclic aromat ...

Polyacrylic acid, also known as Carbomer, is used extensively in formulations across many industries, including cosmetics, pharmaceuticals, and personal care. Carbomers are polymers of acrylic acid cross-linked with allyl ethers of pentaerythritol or sucrose forming white, lightweight polymers that ...

This application note shows the integration of the PerkinElmer GC 2400™ Platform in a Waters Empower CDS Software environment for the analysis of residual solvents Chapter USP 467. Results show improved productivity and lab time optimization. Instrument control and data analysis was managed by Water ...

Organic solvents are commonly used in the production of active pharmaceutical ingredients (API) and pharmaceutical products. The solvents are used for varying purposes including as synthesis reaction media, in the separation and purification of API during synthesis, to enhance yield, to impart desir ...

When CASE chemicals like coatings and paints are formulated, pigments, binding agents, and additives are dissolved into a carrier solvent, often a volatile organic compound (VOC) or water. This solvent functions to lower the mixture’s viscosity, enabling it to coat a surface easily and evenly. Once ...

Biofuels continue to be of key importance to the energy sector as more renewable fuel solutions are developed to contribute to global climate goals and resolve energy shortages. Fatty Acid Methyl Ester (FAME) Biodiesel (B100) is a key component for blending with fossil-fuel diesel in portions of up ...

Sustainability strategies are being integrated into a growing number of businesses and their operations. Laboratories are no exception. Although the necessity to reduce the environmental impact of laboratory operations is recognized, it cannot be disengaged from the economic viability of labs. Rathe ...

Interest in the potential of smart technologies was high before the pandemic hit in 2020. That interest changed to a necessity when businesses were faced with the need for remote and automated operations in order to maintain business continuity. Businesses that have embraced smart operations are see ...

Labs seek to increase the capacity of their equipment, improve turnaround times and maximize the sensitivity of their testing – without placing additional burden on their operators. Simplification is one of the strategies of Industry 4.0 for manufacturing processes. It can also be applied to laborat ...

满足未来实验室需求的GC解决方案

在本视频中，气相色谱产品平台总监 Alessandro Baldi Talini解释了分离背后的智能，以及GC 2400平台如何通过自动化和软件驱动的功能帮助实验室简化和增强其工作流程，从而使我们都能朝着气相色谱更智能、更互联和可持续的未来迈进。