Continuous and consistent source of high purity nitrogen, hydrogen, zero air for GC and other sensitive instruments is paramount in every lab where quality is a must. Complete solutions for carrier gas, make up gas, reference gas, sample preparation and as flame support or fuel gases are available. Modern and efficient labs do not like to deal with heavy and cumbersome cylinders and hassle- free generators are an excellent alternative in lack of a pipeline. In a short amount of time the investment is fully amortized.

Best by design, performance and reliability

The gas generators line is one of the largest of LabTech array. Continuous and consistent source of high purity nitrogen, hydrogen, zero air for GC is paramount in every high-quality test lab. Complete solutions for carrier gas, make up gas, reference gas, sample preparation and as flame support or fuel gases are available. Modern and efficient labs do not like to deal with heavy and cumbersome cylinders and hassle- free generators are an excellent alternative in lack of a pipeline. In a short amount of time the investment is fully amortized.

Nitrogen - LN Series

LabTech develops innovative gas generators that can be used whenever high-quality nitrogen gas and rapid flow changes are required. By adapting new technologies and innovations in order to maintain a high reliability level, all production steps are focused to offer high-quality solutions to meet any requirements. A special care has been dedicated to membranes, crucial components. All materials used in the production are ecofriendly. The LN series is designed especially for analytical, medical and industrial use, providing an accurate, continuous and consistent supply of nitrogen.

Hydrogen - LMH & LMHPLUS Series

The LMH & LMHPLUS series use an electrolytic cell with a polymeric membrane (PEM) to produce pure hydrogen gas. The innovative gas-drying system of the LMHPLUS series is completely ordinary maintenance-free and can run operations 24 hours a day. The exclusive electronically controlled gas/liquid separator automatically checks for internal leaks when the unit starts. Furthermore, the constant control of the operating parameters guarantees maximum safety and the LCD touchscreen interface provides a simple and user-friendly management of all of functions of the unit. Stackability minimizes the use of valuable laboratory floor or bench space.

With an innovative and ergonomic design, the EV series rotary evaporators include color digital display to monitor and control rotation speed/temperature, motorized vertical lift, evaporation flasks, on line sample adding through PTFE valve. The stand alone heating bath guarantees maximum safety in operations and easy maintenance. It can be completed with the LabTech vacuum and cooling accessories to reach top efficiency of process.

Best in safety, performance and flexibility

When the American, award-winner, chemical researcher Lyman C. Craig invented the rotary evaporation system in 1950, probably he could not imagine what an innovation he brought into the chemical and pharma industries. For sure he could not imagine that rotary evaporators could be used even in modern “molecular cooking”. Compared to a static apparatus, the vacuum rotary evaporator can carry out single stage distillations quickly and gently. The capacity of a rotary distillation is generally about four times greater than a conventional static distillation, therefore no surprise about their widespread success. Evaporation is a common and important step in many research and development applications. The concentration of solutions by distilling the solvent and getting rid of low and higher-boiling or solid residue is a necessary step in organic synthesis and extracting inorganic pollutants. Evaporators are also used outside research laboratories such as chemical, pharma, petrochemical and food industries.

Concentrators (aka nitrogen evaporators or nitrogen blowdown concentrators) are a valid alternative to rotary evaporation mainly in case of small volumes (under 50 mL) and a large quantity of samples.

Safety, productivity, flexibility and reliability

Concentrators accelerate the evaporation by decreasing the partial vapor pressure of the solvent just above the surface of the liquid. Blowdown evaporators use a jet of gas to continually force off the layer of air that is saturated with vapor. By immediately removing molecules that enter the vapor state, the molecules do not have a chance to return to the liquid, which increases the evaporation rate. As said blowdown technique is very useful for small sample volumes because with larger samples nitrogen blowdown will take longer and semi-volatile compounds may be lost. Since the samples are immersed in a water bath, with programmable temperatures up to 100°C, the evaporation is further accelerated. LabTech offers 4 models, 3 of them automated and one manual, hosting different tube sizes to satisfy multiple needs.

MultiVap 54

The MultiVap 54 is the latest multi-channel and multifunctional parallel instrument designed by LabTech, including all accessories and functions to ensure the highest standard of effi ciency, speed, reliability, throughput and safety of any concentration process. Nitrogen sweeping, needle level adjustment and visible concentration process are only few of the advantages offered by the MultiVap 54.

MultiVap 10

The new LabTech MultiVap 10 automatic parallel system increases the capacity by 25% in comparison to the MultiVap 8 boosting the lab throughput. The price/performance ratio has further increased. With this system it is possible to evaporate to solid state or concentrate into a fixed end-point volume. A compact solution compared to conventional rotary evaporators, with the possibility to be used outside the fume hood thanks to the integrated vapor evacuation system.

MultiVap 6

The MultiVap 6 is a basic, cost effective sample preparation instrument featuring 6 independent channels. Without transferring, samples are directly concentrated in the vial thereby reducing the risk of transfer loss, improving recovery and saving precious time. The nitrogen fl ow rate of each channel can be adjusted independently as well as the needles that can be adjusted up and down. The aluminum alloy heating block guarantees temperature uniformity for all samples.

Labtech’s range virtually satisfies the needs of any modern lab with its 14 models divided in 4 families covering low and high speed, ventilated and refrigerated, small and large capacity, bench top and floor standing models supported by an incredible array of accessories that provide flexibility and versatility.

Best by design, quality and flexibility

When the Dutch physicist Christiaan Huygens coined for the first time the term “centrifugal force” in his DeVi Centrifuga published in 1659 he could not imagine what an innovation he brought into the scientific world. Lot of time has passed since then with a succession of discoveries and improvements such as the Nobel Prize awarded to Theodore Svedberg for the invention of the ultracentrifuge (some 900.000 xg!) in 1926 or the first floor standing unit with refrigeration introduced by Ivan Sorvall in 1955. It is even thanks to those pioneers that nowadays laboratory centrifuges are crucial instruments in countless applications from genetic engineering to hematology, from drug discovery to pathology, from marine science to agriculture, and you name it.

Micro Centrifuges

3 compact units designed to offer maximum performance in a small footprint for every workstation up to 27.237 xg, either refrigerated and ventilated, carrying popular microtubes.

Low-Speed, Clinical Centrifuges

3 compact, robust and versatile low-speed models, either ventilated and refrigerated, well suited for routine work reaching up to 3960 xg.
Max capacity 4x100 mL and 6x50 mL fixed angle.

Large Capacity, High-Speed Centrifuges

3 multi-purpose, large capacity, either bench top and floor-standing, centrifuges including the top-of-the-range model that can process samples up to 54.111 xg.
Max capacity 4x750 mL or 8 x 400 mL blood bags swing out and 6x500 mL fixed angle

Large Capacity, High-Speed Centrifuges

3 multi-purpose, large capacity, either bench top and floor-standing, centrifuges including the top-of-the-range model that can process samples up to 54.111 xg.
Max capacity 4x750 mL or 8 x 400 mL blood bags swing out and 6x500 mL fixed angle

A compact and fast reactor with 10 completely individually tempered and stirred reactor cells in the temperature range from -20°C to +150°C. This system is suitable for parallel synthesis, flow chemistry, reaction and process optimization as well as for performing DoE (Design of Experiment) studies. Save valuable space in the fume hood with a flexible and innovative solution. With XELSIUS you save time, increasing your laboratory throughput.

Easy and Flexible installation

Operate the XELSIUS where it is most convenient for you and your work processes. Simply place the touch monitor where you have space for it. On the back of the monitor there is a cross socket that can be easily adjusted by hand. This allows you to mount the monitor wherever you have a free stand rod in the fume hood; with the optional monitor extension cable you can even mount the operating terminal outside. The XELSIUS monitor stand is very helpful to place the monitor on a table or directly on the XELSIUS reactor. The versatility of the product stands out: it can be used inside a fume hood, mounted onto a robotic platform, coupled together as multiple units for mass sampling or simply operated free standing on a laboratory work surface.

Precise control of reaction temperature

Possibility to have an external temperature sensor for each reaction cell, allowing the sample temperature to be monitored and recorded.

Reliable even in rough conditions

XELSIUS System is integrated into a PTFE-coated housing. Cable connections and cables are also well protected with a PFA hose. This means they are well prepared for rough conditions in a chemical used fume hood. In addition, the easily adjustable inclination of the screen ensures that you can monitor even with unfavourable lighting conditions.

The LabTech water chiller line is specially designed for analytical, medical and industrial use providing accurate control of the temperature. By adapting new technologies and innovations to maintain top reliability level worldwide, all production steps are focused to offer high quality and customized solutions to meet any requirement. The LabTech water chiller line ranges from 240W to 9000W.

Best by design, performance and reliability

Even if water is one of the most precious and scarce resources, it is still largely used as coolant in many laboratories. Most of the water used as coolant unfortunately is not recycled, causing higher and higher laboratory costs and wasting a precious natural resource. LabTech offers a complete line of recirculating water chillers to virtually match all laboratory needs with 10 models featuring temperatures from -20 to 35°C and cooling capacities from 500W to 9000W. LabTech’s state-of-the-art water chillers ensure accurate and constant cooling conditions of instruments even in the harsh laboratory environments while reducing the carbon footprint. When designing the most recent series LabTech’s R&D team, among other crucial parameters, focused its attention on the noise, already low and very much appreciated by countless of users worldwide, and the result is a further reduced level. Thanks to the excellent price/performance ratio, robustness, reliability, quietness and simplicity to use there are more than 35.000 LabTech water chillers installed worldwide positioning our brand among the most important players of the industry. In addition to standard models numerous customized versions are available.

New lightweight chiller

One of the most successful LabTech lines is now enhanced with a new lightweight portable chiller. The instrument conjugates excellent cooling capabilities with portability and compactness. Thanks to the lack of the compressor and the semiconductor refrigeration technology (Peltier cell) it is extremely light while delivering a cooling power of 240W at 25°C. The compact footprint allows to position it almost everywhere. The temperature ranges from 5°C to 35°C with an accuracy of ±0.05°C. The bright LCD display can be seen from across the laboratory. High & low temperature and low liquid level alarms provide full safety. All this, along with a flow rate of 5L/min, a pressure of 0.4 bar and a tank volume of 0.6 L, makes the H50-240 the ideal solution for UV-VIS applications and all in need of a portable, efficient and flexible instrument.

• Cooling capacity (W): 240 @25°C
• Pump capacity (L/Min): 5 @0.4bar
• Dimensions (LxWxH cm): 46x19x35