SP20 AD Systems Smoke Point Tester Overview The SP20 is a fully automated smoke point analyser for kerosene and aviation turbine fuels. It uses digital imaging to detect flame shape and height objectively, improving repeatability and removing operator subjectivity for dependable QC and specification testing. Standards • Conforms to ASTM D1322, IP 598, ASTM D1655 and DEF STAN 91-91 • Recognised as the referee approach for jet fuel specifications Key features • Automated flame height detection via video camera with precise image analysis • Embedded temperature, pressure and humidity sensors with automatic atmospheric compensation • Performs multiple determinations and reports the average for traceable results • Internal database with print, USB export and LIMS connectivity • Quick setup with guided workflow and safety improvements over manual observation Performance and benefits • Objective, repeatable measurements with improved precision versus manual methods • Unattended operation reduces labour time and frees staff for other tasks • Short test time supports high throughput in busy QC labs Typical applications • Jet fuel and kerosene smoke point determination for batch release and incoming goods • Refinery, terminal and airport fuel farm quality control • R&D, specification compliance and method correlation What is included • SP20 instrument with touchscreen interface, onboard sensors and data management • Accessories and sample handling options available to suit your workflow Summary SP20 delivers accurate, traceable smoke point results with integrated atmospheric compensation and automated imaging. It helps aviation fuel labs meet international standards while boosting safety, throughput and consistency.

Routine analytical testing has never been this easy The SP2000 Series automation solutions are available for a variety of applications, including: - BOD - COD - test kit applications - pH - conductivity (EC) - alkalinity and other titrations - turbidity - true color /apparent color / uv - Ion Selective Electrodes (ISE) applications - particle size distribution - automatic weighing - permanganate index Combinations of analyses or applications are also possible. All applied methods comply with international regulations ISO, EPA, Standard Methods, DIN etc. The modular design and flexible, user-defined automation allows the automated laboratory robotics to meet your exact requirements resulting in increased productivity and accuracy of results, while reducing the sample turn-around time, costs per sample and eliminating errors and operator/sample interaction. The complete platform is enclosed by protective front and side covers to comply with applicable CE regulations. The robotic sample analyzers are controlled by our own RoboticAccess software package which includes pre-set application files, analyses scheduler, user-definable sample table set-up, user-definable print & export options to LIMS/Excel and an extensive set of QC features.

Developed with safety at the core and ideal for laboratories working with volatile substances, the Labcold Sparkfree ATEX range removes all internal sources of ignition. The interior is certified to ATEX directives (2014/34/EU), licensed as a Zone hazardous area for products in explosion group IIB+H2 and temperature class T6, while the exterior remains a standard, non-ATEX rated environment.

Reliable automation for routine solid phase extraction across diverse applications SPE-03 system is designed to support a wide range of analytical applications, offering flexibility and reliability for diverse testing needs. The SPE-03 is a powerful and efficient automated solid phase extraction system capable of processing up to 8 samples at a time. It can be used for large and small volume water, food, soil, fuel, protein and forensics sample extraction and clean up. Like all our systems, it utilizes positive pressure to deliver fluids at fixed flow rates and prevent build up in your SPE cartridges. All samples start and finish at the same time. No.1 choice for PFAS, supporting more than 200 PFAS labs wordwide.

B7425 LABORATORY LABEL is an excellent solution to track samples. It is designed to stay attached and remain legible in a wide range of sample collection, sample processing, microbiology and cryogenic applications. The polypropylene label is able to resist liquid nitrogen, freezers, hot water baths, autoclaves and common laboratory chemicals, and is ideal to identify vials, tubes, slides, well plates and other specimen containers made out of glass, stainless steel or polypropylene. This makes the label very useful in sample collection, sample processing, microbiology and cryogenic applications WATER DISSOLVABLE LABELS: B-403 water dissolvable paper label dissolves completely within 30 seconds exposure to warm water without damaging the surface or leaving sticky residue, making it ideal to label items that need new identification after every use. B-7600 CLEAR CRYO LABEL enables visual sample checks Keep samples identified through multiple freezing cycles Keep cryogenic vials, tubes and storage boxes identified through multiple freezing cycles for optimal laboratory sample traceability with the B-7600 clear cryo label. The label allows visual sample contents checks and resists temperatures ranging from – 191°C to 121°C STERILIZATION INDICATING LABELS: The new B-7425-AC label is a steam sterilization indicating label, and is developed for use in autoclaves. The label changes colour from white to brown when exposed to autoclave conditions at 121°C for 10 minutes, and also displays the word 'sterilized'. Laboratory specialists will get a clear, visual indication to quickly see which sample containers are sterile.

Healthcare providers and laboratories can simplify and strengthen their sample‑handling processes thanks to SpeciSafe®, a unique all‑in‑one secondary packaging system designed to make patient sample packaging significantly easier, faster, and more reliable. As the demands on diagnostic services continue to grow, SpeciSafe® offers a practical solution that enhances safety and efficiency without adding complexity to sample packing. At the core of the SpeciSafe® system is a unique combination of features engineered to remove common pain points in sample transport preparation. Each SpeciSafe® pack incorporates a bonded ultra‑absorbent material and built‑in tube separation, all housed within a rigid, easy‑to‑use clam‑shell design. This thoughtful construction ensures that users can prepare samples for transport quickly while maintaining full compliance with regulatory requirements. The robust blister‑type pack fully encloses the primary sample container, creating a secure, leak‑proof barrier. Once sealed, the pack protects the sample throughout transit and meets the stringent standards required for UN3373 Biological Substance, Category B transportation. By integrating a gel‑block absorbent layer directly into the casing, SpeciSafe® eliminates the need for separate wrapping of vials—saving time, reducing material waste, and minimising the risk of packaging errors. SpeciSafe® is also designed with versatility in mind. The range includes multiple configurations tailored to fit the most used 95kPa sample vessels, ensuring compatibility across a wide variety of clinical and laboratory workflows. Whether used in hospitals, GP practices, research facilities, or diagnostic laboratories, SpeciSafe® provides a dependable and user‑friendly solution that supports safe and compliant sample movement. With its combination of durability, regulatory compliance, and intuitive design, SpeciSafe® provides a practical solution for secondary packaging.

This Spectroquant® Gold Reagent Test allows the accurate determination of the gold ion concentration in aqueous samples. To analyse undissolved or complex-bound gold the sample has to be decomposed by digestion. Method applied: All gold ions are oxidized to gold(III) ions by an oxidizing agent. In sulfuric solution these ions react with rhodamine B to form a red-violet complex that is extracted and subsequently determined photometrically. The Spectroquant® Reagent Test Kits contain highly stable, ready-to-use reagent mixtures to perform the analysis according to the procedure described in the accompanying instruction leaflet. All our Cell and Reagent Test Kits are equipped with the unique Live ID (2D barcode) which allows seamless method recognition and contains essential information such as lot number, expiry date, and automatic calibration updates.

The Spectroquant® Prove 600 is a UV/VIS spectrophotometer designed for process water analysis. With high-resolution optics and compatibility with cuvettes up to 100mm, it excels in complex kinetic and spectral measurements. It’s pre-programmed for highly sensitive silicate, chloride, and sulfate tests, ensuring low analyte detection to protect cooling and boiler water systems. Supporting over 180 Spectroquant® cell and reagent test kits, the Prove 600 ensures stable results, with kits stored at room temperature to avoid temperature fluctuations. It accommodates 10, 20, 50, and 100mm cells, enhancing sensitivity for tests such as silicate in process water, iron in drinking water, and phosphate in surface or process water. Each test kit includes an AutoSelector with Live ID, which transmits essential "live" data like calibration updates and expiry dates. Simply insert the reagent cell and AutoSelector into the device, and the Prove 600 identifies the test method instantly, without needing to close the lid due to its ambient light protection. This allows for faster, traceable results, simplifying audits. Built for durability and resistance to chemicals, the Prove 600 is easy to clean—remove the cell holder, rinse the compartment, and wipe clean. The smart screen provides a clear overview of results, which can be filtered by various parameters like date, time, method, or user. Data can be securely exported via USB, enabling quick transfer to a printer or flash drive. AQA Prime enhances quality assurance, providing detailed AQA status and options. Individual settings can be tailored for each measurement, ensuring complete verification for every stage of quality control, including instrument and system checks, as well as Pipette Check. Key features include a Xenon flash lamp source, compatibility with round Ø 16mm and rectangular cells (10, 20, 50, 100mm), a P-cap glass touch screen, 1.8nm spectral bandwidth, and a wavelength range of 190–1100nm.

SPINeasy® DNA Kit for Microbiome employs a novel method for isolating microbial genomic DNA from various samples. Due to its highly effective lysis capability and silica-membrane spin-column technology, the SPINeasy® DNA Kit for Microbiome can be used for bacterial, body fluids and environmental samples such as soil and stool.

Soil samples are complex environments characterized by the presence of inhibitory compounds, such as humic acid, heavy metals, and other aromatic components which may prove to be challenging for downstream analyses.

The SPINeasy® DNA/RNA Kit for Soil allows simultaneous isolation of pure microbiome genomic DNA and RNA from challenging soil types, including those with low biomass or those that are highly contaminated. The isolated nucleic acid products showed no contaminants and were immediately ready for use in downstream applications, including qPCR and RT-qPCR without the need of further inhibitor removal step.

SPINeasy DNA/RNA/Protein All-In-One Kit utilizes a convenient workflow and silica-membrane spin-columns to isolate DNA, RNA and protein components from the same sample, without the use of toxic substances such as phenol and chloroform. The use of our specially formulated Lysis Buffer R and Lysing Matrix A in combination with FastPrep® Instruments from MP Biomedicals enables highly efficient lysis of tissue samples within seconds. DNA, RNA and proteins are then sequentially purified from the same lysate. Briefly, DNA is adsorbed onto the first spin column, while the flow-through is collected and used for RNA purification. The second spin column captures RNA and the flow-through from this step is used for protein extraction. DNA and RNA are bound on the first and second columns, respectively, and then washed and eluted. In the final extraction, proteins are precipitated out of solution, pelleted down by centrifugation, washed and resuspended. Each molecular component is then immediately available for their respective downstream applications.

Utilizes silica-membrane spin-column technology for efficient and high-purity RNA extraction. Works with a variety of soil types, including those with high humic acid content and heavy contaminants. Provides rapid extraction in under 1 hour without the use of hazardous chemicals. Delivers high-quality RNA suitable for sensitive applications like reverse transcription, real-time PCR, and sequencing.

Our Performance Heavy-Duty range of laboratory cooling units with circulating air cooling and steel inner liner are ideal for easy handling, compliant with documentation, ATEX certified and reliable. Litres: 650 External Dimensions: Height / Width / Depth: 213.5 / 69.7 / 86.7 cm Adjustable temperature range: -2 °C to +16 °C Energy consumption per year: 178 kWh/a Compliance: ATEX, IEC 61010-2-011 safety standard. EN 60068-3. IEC 61010-2-011. DIN 13277 and DIN ENISO 14644

ST50: Semi Automated Hardness - for testing of upto 5 Paramaters Round tablets - Weight, Thickness, Diameter, Hardness Oblong tablets - Weight, Thickness, Width, Length, Hardness The ST50 sets new standards in fast and efficient semi-automatic testing of up to five physical parameters. Weight, thickness, width, diameter/length and hardness of virtually all tablet shapes can be tested in full compliance with current Pharmacopeia requirements. Proven Dr. Schleuniger® hardness measuring technology guarantees accurate and highly reliable test data that can be evaluated immediately. An integrated color touch screen with simple icon-based navigation makes operating the SmartTest 50 very intuitive consequently reducing operator training time to an absolute minimum. Perfectly suited for both laboratory and production environments, the SmartTest 50 has been designed to optimize efficiency of your quality control process without limiting the range of possible applications.