The AA500 is the top-of-the-line AutoAnalyzer incorporating the latest innovations to deliver your laboratory the freedom of total automation while achieving very high precision and the lowest detections levels.

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The dual channel AA100 is ideal for all types of water analysis for laboratories needing a simple, uncomplicated system to run dedicated chemistries.

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In use at Brooks Rand Labs since 2006 and introduced commercially in 2007, MERX is the world’s first commercial automated analytical system based on US EPA Method 1630 for methylmercury analysis. Around the world, numerous national environmental agencies and leading universities have quickly embraced MERX as an easy-to-use, robust, and reliable system that delivers high quality data.

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Clora 2XP is designed for use with liquid hydrocarbons such as aromatics, distillates, heavy fuels and crude oils, as well as aqueous solutions. The enhanced precision of Clora 2XP is ideal for testing related to catalyst poisoning in reformers or for sites with fluid catalytic crackers and hydrocrackers monitoring very low levels of chlorine.

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This system has been designed for the sensitive and fast detection of mineral oil contaminants in different matrices such as cosmetics, foodstuff, oils and fats, feeding stuff and packagings. The device is used frequently for routine applications.

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3-Monochloro-1,2-propanediol (3-MCPD), 2-monochloro-1,3-propanediol (2-MCPD) and glycidol are among production-related contaminants in oil- and fat-containing foods. They are formed during the necessary refining process in the production of oils. 3-MCPD is suspected of damaging DNA and causing cancer. The European Food Safety Authority (EFSA) specifies 2 µg/kg body weight as the tolerable daily intake level for 3-MCPD. A harmful effect is also suspected for 2-MCPD. This has already been demonstrated for glycidol. The analysis of these contaminants is becoming increasingly important due to their carcinogenicity. Different methods have been developed for the determination. The CHRONECT Workstation MCPD offers a fully automated solution for the four common methods.

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HDX is a well-established analytical technique for protein-ligand, protein-protein, protein-conjugate interactions and protein stability studies.

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The SPH1299™ UHPLC pump is an advanced workhorse for robust, state-of-the-art UHPLC performance and beyond. Delivering ultra-precise UHPLC gradient flow up to 18,850 psi (1300 bar). Featuring truly automatic compressibility compensation, real self-priming and clearing plus simple maintenance, this pump will turn users into friends.

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Chlorine is often present in crude oils and the concentration can vary greatly depending on the origin. If not removed, chlorine can react to form highly corrosive hydrochloric acid in areas such as crude tower overheads, leading to serious operational issues, economic loss, and safety concerns. The need for a reliable online chlorine analyzer for refining process control is more important than ever. Clora Online (Clora OL) complies with the ASTM D7536 method and delivers continuous chlorine analysis to monitor plant equipment corrosion. By monitoring desalted crude, a plant can optimize performance and immediately see the impacts of crude changes (including organic chlorides). Additionally, monitoring overhead water can provide the necessary feedback for chemical feed.

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Sindie Online is an industrial-grade process analyzer delivering continuous sulfur detection to monitor fuel streams and help to prevent tank contamination. It has many advantages over competing technologies: Powered by MWDXRF, Sindie Online has an exceptional signal-to-noise ratio using monochromatic excitation of the X-ray source characteristic line – a technique that is faster, safer and cleaner than UVF.

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The CETAC Aridus3​ Desolvating Nebulizer System is a specialized liquid sample introductio​n accessory for inductively coupled plasma mass spectrometry (ICP‑MS). The Aridus3 can enhance analyte sensitivity up to 10 times or more ​​​and can greatly reduce solvent-based interferences such as oxides and hydrides.

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DEENA is an automated digestion system that fully automates the dispensing of reagents into test tubes, as well as the heating and cooling steps in the digestion process.

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The Atomx XYZ is the second generation combined soil/water autosampler and purge and trap concentrator system in the Tekmar VOC product family. It is the only instrument of its kind to employ a unique automated methanol extraction feature for high level soils in accordance with USEPA Method 5035. Methanol rinsing, dilutions capability and three standard addition vessels all come standard on the Atomx XYZ. While priced competitively, the system offers unique features that cannot be found on any other sample prep system on the market today.​

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Entech is proud to release the world’s first multi-capillary column trapping system (MCCTS) patent pending, for the precise concentration of vapor phased volatile chemicals in the boiling point range of -50°C to >230°C without the need for liquid nitrogen or complicated electronic cooling. With over 28 years of continued improvements and industry feedback, the 7200CTS is as established and reliable as it is new and improved. Many of the important advancements that have led to its unparalleled reproducibility, such as quantitative volumetric measurements utilizing “Accu-Sample Technology,” and digital valve isolation, are left unchanged from the 7200. The core trapping system, however, has been completely reengineered, giving way to a technology that will likely replace the utilization of packed traps for most, if not all methods requiring the preconcentration of vapor phase volatile organic compounds.

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The 6 Channel 4700 Precision Diluter represents the next generation in accurate canister standards preparation. Utilizing a combination of precise gas flow control, exact pressure measurements, and an ultra-inert flow path, the 4700 is capable of performing multistage dilutions for achieving standards ranging from part-per-billion to low part-per-trillion. The 4700 works with canisters and Bottle-Vacs™ to create dilutions up to 100x, and then allows a second dilution of up to another 100x to yield a total 2 step dilution of up to 10,000x.

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For TO15 and the new TO15A canister methods, Entech is now introducing an even faster LN2 based solution, our 7200A, that nearly doubles the sample throughput of our previous LN2 based technology, while still offering all the superior water management and accuracy that our customers have come to expect. Rather than taking 45-50 minutes injection to injection, the 7200A does this in typically under 25 minutes, thanks to our new EFIT – Extremely Fast Injection Technology.

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The sole purpose of the Iridia is to make laser ablation ICP-MS applications faster to run and easier to set up, together with powerful software that vastly simplifies the optimization of both laser and ICP-MS, and offers all the required data reduction tools to guarantee consistently high quality analytical data.

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The LSX-213 G2+ system features the latest in optical design technology to target areas of interest. Built on the rugged and field proven LSX platform, the Light Engine inside the LSX-213 is a hermetically sealed, MIL-SPEC laser head affording unmatched stability and user serviceability. Coupled with precision mounted optical components on a vibration isolated optical bench, the system can be used on multiple analytical instruments at multiple locations with confidence and ease. Simple, elegant component layout leads to improved stability and ease of maintenance. The laser ablation platform incorporates an open architecture sample area that enables flexibility for a wide range of specialized and custom sample cells.

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The Excite Pharos is a the most user-friendly femtosecond laser ablation system on the market, featuring a compact, fully sealed and factory aligned laser head that does not need routine adjustment or cleaning. The system can be configured for 1028 nm, 257 nm or 206 nm, or configured for a switchable system if desired. An energy density of 10 J/cm2 (1028nm), 5 J/cm2 (257nm) and 3 J/cm2 (206nm) is achievable, with 0.1% RSD on shot-to-shot stability over long runs.

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Entech has been developing new technology to improve canister monitoring for over three decades, and our latest announcement may be the greatest single advancement in canister analysis to date. The SkyCan™ Autosampler represents a giant leap forward in bringing today’s canister laboratory inline with other GCMS laboratories, by placing canister samples above the GCMS, maximally close to the sample preconcentrator prior to analysis. The SkyCan Autosampler improves system integrity by removing the sample-to-sample variability present in multi-inlet rotary stream select valve autosamplers. Stream select autosamplers are further compromised by the long residence times of sampling in each line, making it difficult to achieve low and consistent background levels after exposure to higher concentration samples. With the lowering of allowable background levels (e.g. EPA Methods TO-15A and 327), autosamplers that rely on rotary valves may no longer be capable of consistently achieving the extremely low blank levels required to provide sample analysis at parts per trillion detection limits. Imagine the challenge of demonstrating blank levels for each individual line in multi-inlet autosamplers, every single day. The SkyCan simplifies this by utilizing a single inlet that requires only one blank check. This single-inlet design, coupled with vacuum cleaning of the inlet between samples, streamlines your analysis process and minimizes the risk of contamination. With the SkyCan you enjoy all of the advantages of a robotic system: a single inlet, short sample exposure times, vacuum cleaning between samples, reliable blank levels, connection to cans only at the time of sampling, exceptional resistance to contamination, and no risk of cross contamination caused by leaky stream select valve rotors, among other advantages. We urge you to free ourselves from the burden of cluttered lab spaces, reclaim your valuable bench space, improve shipping and can cleaning efficiency—all with just one strategy… Take to the Sky!

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Users call CETAC Autosamplers the best on the market, and it’s easy to see why. Put the most reliable, efficient and solidly built autosampler to work in your lab for sample analyses. We have a model to meet your needs, regardless the size of your lab or your specific technique, whether AA, ICP, ICP-MS, TOC, US-VIS, flash/prep chromatography, protein purification, liquid handling or others.

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The new 7016D features 16 inlet positions that bring Entech’s automated analysis capabilities to a wide variety of vacuum sampling canisters and Tedlar® bags. The 7016D easily connects to a 7200A Preconcentrator for the automated analysis of VOCs in canisters with EPA Toxic Organics Methods TO-14A and TO-15.

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The 7200A | 7650-M ‘Million Air™’ Analysis System is one of the most advanced instrument combinations ever developed for the analysis of volatile and light semi-volatile compounds in air and soil gas. Now, you can choose to analyze any size canister in your inventory with the quality assurance of direct inlet robotics. The 7650-M features the new Million Air™ option and the ability to preheat samples to 150°C for quantitative recovery of higher molecular weight compounds beyond the range of normal TO-15 analytes.

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The best solution for low level EPA TO-15 monitoring

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The TM1200 is Entech’s next generation canister sampling timer that automatically starts and stops the sampling process at specific times. Now you can easily start a 24-hour sample at midnight and stop it at midnight the following night without having to be present. You also have the option to use the 7-day timer with up to 5 on/off events.

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Every detail matters — flow path inertness, long term flow-rate stability, tool-free operation, easy flow-rate modification, automated calibration, and meticulous craftsmanship with the highest-quality materials. With the CS1200E, everything comes standard.

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Introducing the VOC-Breeze from Entech Instruments—the most sophisticated yet easy-to-use solution for collecting air samples in evacuated canisters. The VOC-Breeze delivers precise, constant rate sampling accurately filling canisters to a programmable 3-4″ Hg below local atmospheric pressure, achieving a consistent maximum fill volume every time. This level of control ensures optimal dilution of trace contaminants within the canister, supporting accurate analyses and enabling multiple tests from a single sample. The VOC-Breeze records critical sampling parameters, including start/end times, initial and current pressures and temperatures, providing a highly reliable and time-weighted sampling process that exceeds the accuracy of all other competing solutions currently on the market.

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