The Kjeldahl Digestion Unit features an aluminum heating block that ensures excellent thermal homogeneity and heats up to 450 °C, delivering high accuracy and repeatability with low energy consumption. Its compact design and intuitive display panel make it easy to operate and ideal for space-conscious laboratories. For applications where the digestion process generates fumes, acid gases, or corrosive substances, the KS 1000 Scrubber is highly recommended. It effectively neutralizes all harmful emissions, ensuring a safer working environment.

The three-dimensional gantry can be easily integrated into desktop systems. It is ideal for automating analytical processes where the opening of sample vials and the pipetting of liquid samples or the dispensing of reagents is to take place in the same workspace. • Multi-axis gantry with small footprint • With one or 2 Z-axes (or as a planar surface gantry X/Y without Z-axes) • X, Y workspace configurable in 1 mm increments up to 1000 mm x 700 mm • Z-axis stroke can be selected between 50, 100, 150 and 200 mm • Optional 6-axis motion controller, programmable via G-code • Stepper motors, reference switches and cables always included

25 ml divided reservoirs are comprised of 5 and 10 ml compartments, while still nesting comfortably in the standard 25 ml reusable, sturdy base. Each reservoir features the SureFlo™ anti-sealing array and hydrophilic surface treatment providing especially low dead volumes. This is particularly helpful when pipetting precious samples or expensive reagents with a multichannel pipette. Inserts are available in polystyrene or polypropylene for improved chemical compatibility.

One of the most notable Felcon projects we have worked on was to design and build a bespoke Double Walled Isolator for the European Space Agency (ESA) in the scientific research and investigation into Mars rock samples. This Isolator is used to provide simultaneous biocontainment and cleanliness and is installed at the University of Leicester and is the only one of its kind in the world. With over 50 years of experience, Felcon has a global footprint which has enabled us to equip businesses all across the World. We are focused in providing the best quality, best value equipment along with a professional service to both new and existing Customers. We consider ourselves to be innovative and are constantly looking to develop and design new products and have always encouraged a culture of warmth, creativity and inclusivity to our workforce which is also passed across onto our clients. We are able to design, supply and manufacture bespoke products of a high quality and standard in both thermoplastics and stainless steel whether it be isolators, laminar airflow cabinetry, robotic enclosures, chemical wet processing stations, fume cabinets, transfer hatches, height adjustable sinks and packing tables, safety cabinets and cleanroom furniture.

Superior operator protection for handling fine powders and volatile liquids. Provide a clean, contained environment for your workers and products with a downflow containment booth from Envair Technology. Ideal for protection from hazardous powder handling applications, toxic vapours, industrial processes involving hazardous dust shedding and for eliminating problems of cross-contamination. Our range of booths are designed for dispensing, weighing and sampling fine powders including speciality chemicals, pharmaceutical and cosmetic products, food additives and colour pigments, as well as the handling and sampling of volatile liquids such as fragrances. Achieve guaranteed containment levels of below 100µg/m³ with an option to lower to under 10µg/m³ if required, plus unidirectional downflow velocity of 0.45m/s at the filter face. Models to meet the requirements of ATEX hazardous area environments are also available Please contact sales@envairtechnology.com, download the datasheet below or visit our website to find out more.

The Circulaire® Downflow Workbench containment system is designed to protect operators from potentially hazardous powders, dust, fumes, or vapours during laboratory and industrial processes. Using recirculating airflow technology, the workbench ensures contaminants are drawn away from the breathing zone, delivering safe, efficient working conditions.

DR10 ITR Heater Tube Deposit Rater Overview DR10 is a referee instrument for jet fuel thermal oxidation studies that objectively measures heater tube deposit thickness. Using interferometric spectral reflectance, it produces a 3D map of deposits around the full tube surface and reports results in SI units for traceable, repeatable QC. Standards and use • Supports ASTM D3241 Annex for jet fuel thermal oxidation testing • Relevant to ASTM D1655, DEF STAN 91-91 and related specifications • Designed to pair with the TO10 JFTOT rig for complete test reporting Key features • Interferometric scanning of the entire heater tube with 3D visualisation • Reports average and maximum thickness and calculates total deposit volume • Standard spot evaluation for Annex reporting • High point density scan, with typical full scan in about 12 minutes and fast modes available • Objective, operator-independent rating with built-in calibration Performance and benefits • Measurement range typically from about 10 to 1,200 nm deposit thickness • Result set includes tube image, thickness map and numeric outputs for audit trails • Fast, automated workflow improves precision and throughput versus manual grading • Compact, robust design for lab, refinery and mobile use Connectivity and data • Stores sample IDs, operator, tube serial, test temperature and rig details • Exports reports and data for LIMS or network storage • When linked to TO10, test conditions and DR10 ratings combine in a single report Typical applications • Batch release and incoming inspection for aviation turbine fuels • Additive and fuel R&D, correlation studies and troubleshooting • Refinery, pipeline, terminal, airport and independent lab QC What is included • DR10 instrument with touchscreen control, calibration utilities and data export • Accessories and reference tubes available to support your workflow

Digital block heater for four aluminum blocks provides precise temperature control in small vessels. Included PT-1000 temperature sensor allows temperature control directly in the sample vessel. It is used with PCR tubes, PCR strips, Greiner tubes, microplates and cuvettes. The block heater is ideal for melting and boiling point determination, enzyme reactions, incubation and activation of cultures, immunoassays, DNA denaturation, culture media tests, coagulation tests, blood-urea-nitrogen determinations and in situ hybridizations. Stepless adjustable temperature up to 120 °C Timer: Countdown, adjustable from 1 min to 99h 59 min Counter: Display of heating time Highly versatile with a large number of blocks Error code display Fixed safety circuit Acoustic signal at end of test

IKA offers an exemplary and diverse range of dry block heaters designed to accommodate various interchangeable heating blocks. They provide precise temperature control for repeatable results. These digital block heaters are ideal for melting and boiling point determination, enzyme reactions, incubation and activation of cultures, immunoassays, DNA denaturation, culture media tests, coagulation tests, blood-urea-nitrogen determinations and in situ hybridizations.

Multi-purpose Dry Block Heaters are ideal for applications that require temperature stability. The close tube-to-block contact enables maximum heat retention, resulting in efficient heating. High-wattage, constant-temp. analog models are an economical option, while digital models offer exceptional temp. uniformity & stability for applications that require repeatable results. Units hold optional interchangeable modular blocks with over 40 options. • Delivering Exceptional Temperature Stability and Uniformity • Accurate and Fast Sample Heating with PID Microprocessor Temperature Control (Digital Models) • Digital Models can be Calibrated to an External Temperature Device

Edwards mXDS, nXDS, and the XDS range of dry scroll pumps Edwards dry scroll pumps offer proven dry, clean vacuum solutions for a wide range of applications. Scroll pumps are an excellent alternative to rotary vane pumps where oil free pumping is desirable. mXDS dry scroll pumps mXDS is a small dry alternative to oil sealed rotary vane pumps and diaphragm pumps of a similar capacity delivering 3 m3h-1 peak speed and 0.1 mbar ultimate. nXDS dry scroll pumps nXDS is a dry scroll pump offering pumping speeds of 6-20 m3h-1, combined with lower ultimate pressures, lower power consumption and lower noise levels than other pumps. XDS dry scroll pumps Have become industry standard when dry pumping is essential, proving to be a robust and clean vacuum pump solution in a range of applications with pumping speeds up to 40 m3h-1.

Drying ovens have a wide range of applications: whether in an industrial setting for production, laboratory or quality control or for scientific research and development. They are being used almost daily and require high levels of safety, reliability and user-friendliness.

The DT50 automatically detects the disintegration time of tablets and capsules in full compliance with current Pharmacopeia regulations. Visual monitoring of the disintegration process by the operator is not required. Induction heating technology reduces heating times to only 3-5 minutes and completely eliminates unproductive cleaning times typically associated with conventionalwater bath based systems. All aspects of the DT50 are optimized for simple handling, error prevention and ease of regulatory compliance – from selfcentering baskets without any cables to user-friendly touch screen operation and direct printing of comprehensive reports including statistics. Whether used as single station tester or modular disintegration testing system with up to 4 independent stations, the DT50 guarantees maximum efficiency and consistent results.

The setup of the Liquefied Gas Injector (LGI) solution consists of an Agilent gas chromatograph (GC) on which the LGI and its controller are installed. The Pressure Station is used for safe and accurate sample introduction of LPG. The direct injection approach of the Liquefied Gas Injector (LGI) is a safe alternative technique to a liquid sampling valve or manual evaporation. The LGI uses a standard GC injector needle, which is inserted into a GC large volume on-column injection system. Solenoid activation transfers the pressurized sample through the needle directly on-column. A sliding device moves the needle downwards for the injection and upwards for purging. The LGI directly injects the liquefied gas into the GC inlet to ensure the safety and the full transfer of the impurities onto the GC column. The chromatographic analysis after the sample introduction is based on boiling point separation of the impurities. The result is reported in mg/kg. The analysis of the impurities in LPG is completed within 20 minutes. Benefits Safe injection of liquefied gases: The direct injection approach of the LGI eliminates the need for evaporating large volumes of liquefied gas. High repeatability: The direct liquid injection results in an excellent repeatability and it avoids discrimination of high boiling components as there is no transfer to an inlet. Proven technology: Since its introduction in 2010 the LGI has been successfully used by a global installed base of leading oil refineries. Wide application range: The LGI is a dedicated solution to the analysis of heavy components in light matrices such as LPG. Accurate performance: Several case studies demonstrate an excellent performance. Detection limits of <0.1 mg/kg for individual impurities in liquefied gases are easily achieved. Standardized method: The LGI is one of the innovations of Da Vinci and has been standardized as ASTM D7756 and EN 16423 for the analysis of oily residue in liquefied petroleum gases by GC.

The DVLS Simply, Smart Sensor provides a safe technique to detect a hydrogen leak in GC instruments. By constantly monitoring the hydrogen concentrations and automatically switching to an inert gas when the LEL is reached, the Simply, Smart Sensor ensures safety. Monitor Hydrogen in GC Oven and detect hydrogen leaks The DVLS³ Simply, Smart Sensor is installed in the GC oven for continuous monitoring of the hydrogen concentrations in the oven air. The LCD screen of the external controller displays the measured gas concentration. If the sensor detects a user defined hydrogen concentration, typically between 25% and 50% LEL (equal to 1%-2% by Vol. hydrogen), it will ensure the safety of the laboratory staff by several means: 1. The LCD screen of the sensor controller starts flashing and the controller transmits an acoustic signal. 2. The sensor software alerts the lab staff by: - showing a red status on the dashboard - sending an alarm message by e-mail, text (SMS), Growl or Prowl 3. The sensor controller automatically switches the carrier gas to an inert gas and sends an automatic stop signal to the GC. Applications Due to the unique design of the DVLS3 Simply, Smart Sensor you can combine up to four sensors in one controller. For example use four sensors for several GC’s or connect several sensors to one GC. The sensor is compatible with all GC brands. Next to the hydrogen leak detection Da Vinci Laboratory Solutions offers multiple sensors dedicated to the detection of: * Hydrogen (H2) * Temperature * Barometric Pressure * Level (liquid) weight