Separations Products & Reviews

Industry standard for intelligent sample preparation

Productivity x 2 - Time is money - dual head to maximize your throughput

PAL Method Composer is the new tool to easily develop and test methods directly with the PAL3 System. 

SPME is a true solventless and green analytical technique and a very effective way of automated sample preparation. Their excellent extraction properties have been proven for many important applications. PAL SPME fibers have been developed and optimized for automation and featuring excellent extraction properties combined with smart handling and operational safety.

ITEX Dynamic Headspace - Rapid and efficient enrichment of volatile and semi-volatile

Stay in contact with your syringes Each Smart syringe is equipped with its own read/write chip with preset parameters, ranges, usage tracking and a unique ID. The syringe is automatically recognized by the PAL System and all important parameters are loaded to secure highest precision and process safety.

Solutions for LC-ICP-MS

Compact Power for Your Electrophoresis Applications

Excellent Performance for Your Electrophoresis and Blotting Applications

The TT24-7 continuous air/gas monitoring system incorporates two electrically-cooled traps which operate in tandem to ensure 100% data capture.   The TT24-7 thermal desorption system is a robust, transportable thermal desorption unit, convenient for installation onsite or in mobile response vehicles as well as conventional laboratories. The TT24-7 interfaces to GC(MS) or process MS technology and incorporates two electri…

ACTI-VOC™ is a robust low-flow pump for sampling vapour-phase organic compounds (VOCs) onto sorbent tubes for subsequent analysis by thermal desorption (TD). Being lightweight, easy-to-use and intrinsically safe, ACTI-VOC is ideal for personal monitoring and a wide range of other air and gas sampling applications. Optimised for thermal desorption tubes Unlike other personal monitoring pumps on the market, ACTI-VOC is optimised…

On-line sampling module for the UNITY-xr™ thermal desorber

Thermal desorption sorbent sampling tubes for air sampling. Backed up by fast and friendly service, Markes’ tubes provide optimum sampling and analytical performance. Our range includes everything from cost-effective packages of industry-standard tubes to the last word in sorbent tube innovation. Features: Our industry-standard (3½-inch (89 mm) long x ¼-inch (6.4 mm) o.d.) sorbent tubes are available in stainless stee…

Multi-tube sequential sampler. The MTS-32™ is a compact, portable sampler for the unattended sequential sampling of air onto a series of sorbent tubes. Constant-flow pump technology ensures that the same volume of air is collected onto each tube.The MTS-32 is ideal for analysts needing monitor the concentrations of organic vapours in air as they fluctuate over extended time periods.Features: Sequentially samples on up to…

Accurate and repeatable gas flow measurement. Accurate and repeatable gas flow measurement is fundamental to obtaining good results from your thermal desorption-gas chromatograph. The traditional bubble flowmeter, relying as it does on the reaction time of the operator, is a potential source of error.The digital flowmeter eliminates this source of error and makes gas flow easement easier and more accurate. The flowmeter allow…

Water removal device for use with UNITY™–Air Server-xr™ thermal desorption systems.

Markes’ stainless sorbent tubes are available in two sizes: 3.5” x ¼” (industry-standard), and 4.5” x 6mm (DAAMS). Industry-standard tubes are compatible with Markes, PerkinElmer, Shimadzu, Dani, CDS and Gerstel 3.5+ thermal desorption (TD) systems.

Run at Higher Flow Rates and Lower Backpressures without Sacrificing Resolution

Bringing You Closer to Universal DetectionWhen carrying out chromatographic runs, do you require any of the following? •Need confidence that you have seen all the peaks in your separation •Require unattended, reproducible operation •Collect fractions that do not have chromophores for UV/Vis triggering With Waters new 2420 ELSD, you’ll get the answers you’re looking for faster. And, the Waters 2420 ELSD is the smallest ELSD on…

Supercritical fluid extraction is widely used in natural products, foods and flavors, pharmaceuticals, nutraceuticals, polymers, chemicals, and parts cleaning industries. The laboratory SFE scale sytems from Thar starts from 100mL up to 10L. Models can include co-solvent pump, fractionation and recycling. SFE, utilizing CO2 instead of solvent-based or other existing technologies, has several advantages. Advantages of super…

Thar designs and manufactures high pressure pumps ideally for high pressure and high temperature applications, such as supercritical fluid chromatography (SFC), HPLC, supercritical fluid extraction (SFE), particle formation, reactions, solvent extractions. The pumps can be controlled using a hand-held display (included) or PC via the built-in RS232C interface. The high pressure pump can be used in conjunction with additional…

DisQuE Dispersive Sample Preparation used for QUECHERS Method AOAC Method 2007.01. The kit consists of 100 units each of salt pouches, empty 50mL centrifuge tubes and clean-up tubes. Each DisQuE pouch contains 6 grams of magnesium sulphate and 1.5 grams of sodium acetate. Each 2 mL DisQuE Clean-Up tube contains 150 mg of magnesium sulphate and 50 mg PSA (primary-secondary amine SPE sorbent)

Developing differentiated polymers and deploying a sustainable operation are a key focus for the polymer and plastics industries. Current GPC/SEC methods are limited by a lack of resolution, separation times, and the volume of solvent consumed per analysis. The ACQUITY Advanced Polymer Chromatography (APC™) System is a breakthrough technology that defines the ultimate in size-based chromatographic separations, delivering more…

The Prep 150 LC System is a fit for purpose solution designed for scientists requiring robust system performance with intuitive software for dedicated personal purification or quick adoption in centralized labs. Systems are designed to satisfy your application requirements, whether you are processing a few samples a day, or your workload demands greater through-put with unattended automation. The Prep 150 LC System allows you…

eXtended Performance [XP] 2.5 µm Columns are high efficiency, low backpressure HPLC columns that can be easily utilized across all HPLC, UHPLC and UPLC Technology platforms. Low Backpressure. High Throughput. Improved Productivity. • 40% lower backpressure than sub-2-µm UPLC columns • Increase flow rate to increase throughput • Equivalent backpressure and superior performance to core-shell columns • Improve HPLC productivity 2…