SciMed

Pressure Vessels - Parr Instrument Company

Lab scale pressure vessels

Oxygen Bomb Calorimeters - Parr Instrument Company

Parr are world leaders in instrumentation of oxygen bomb calorimeters for calorific value determination

XRF - Rigaku ED-XRF and WD-XRF

XRF Spectrometers. SciMed represent the Rigaku range of WD and ED XRF instruments. Rigaku offer the widest range of spectrometers currently available. From WD to ED XRF, direct excitation and polarised excitation. Sample preparation equipment is also available through SciMed to offer a complete analytical pack for all users, experienced or non-lab skilled.

Raman Spectrometer

Raman Spectrometer - - handheld RAMAN for raw material identification

Potentiostats - Battery Testing - EIS Hydrogen Fuel Cells

Browse oura full range of potentiostats and galvanostats, with expert support for a range of electrochemical applications. Further more, a complementary range of solutions for hydrogen fuel cell research, testing and applications as well as a complete range of battery testers are available at SciMed.

Adiabatic Calorimeters - Fauske

Adiabatic calorimeters for the characterisation of chemical reaction runaways to ensure safe process design.

Circulating Chillers - Van der Heijden

Water Chillers

Powder Flow Tester - Dietmar Schulze

Super Critical CO2 Technology - Waters

Thermal Analysis - Setaram

Thermal Analysis Equipment including:- - DSC, STA, TGA,TMA, Microcalorimetry, and gas sorption equipment. Custom solutions a speciality.

Ultrasonic Processors - Hielscher

Lab based & Industrial sized ultrasound equipment. For mixing, dispersing, homogenisation, deagglomeration, particle size reduction and more.

Particle Characterisation - Brookhaven Instruments

Particle size determination and Zeta potential by Dynamic Light Scattering (DLA) from 1nm to 12 microns in both water and solvent.

Powder Dryer - Sherwood Scientific

Lab scale powder drying using blown hot air to ensure full drying of your powder sample. Various hopper sizes and filters are available to match your sample requirements.

Safety Contract Testing - Fauske

Scimed can offer a full range of chemical reaction hazard and dust explosivity contract testing.

MicroNIR from Viavi

The MicroNIR systems from Viavi offer various configuration for a wide application scope. The MicroNIR is suited to infield, at-line and online application in food, feed, chemical and pharmaceutical sectors. The compact but capable NIR allows the end user to use spectroscopy in new and existing applications. Along with the hardware, Viavi has a whole host of chemometric and OPC interfaces making the MicroNIR an ideal tool for modern production facilities.

Chloride Analysers - Sherwood Scientific

Small bench top analyser for determination of chloride content. Applications include salt in foods and sweat and chloride in cement.

Flame Photometry - Sherwood Scientific

Bench top flame photometer for determination of Li, Na, K, Ca and Ba.

High Mass TGA - Navas Instruments

High mass TGA for determining moisture, volatile and ash content on samples such as food, biomass, soil and coal. LOI and preparation of XRF fusion beads in one multi sample instrument available.

NEW! TOC and TNb Analysers - Analytik Jena

Analytik Jena manufacture the world’s leading TOC and TN analysers: choose from high-temperature or UV combustion, capable of handling both liquid and solid samples, with a dynamic range of less than 1 ppb through to 30000 ppm (without dilution) and ten year warranties on the furnace and detector. Full installation, training, application development and service contracts are provided by SciMed.

Elemental Analysers (C/S/N/Cl) - Analytik Jena

Analytik Jena Elemental Analysers can analyser C, N, S and Cl in any matrix! With a range of different modular instruments we can provide the system you need for your application. Whether it’s routine conforming to existing legislative ASTM/DIN/UOP methodology or C, N, S and Cl research on any sample type we can provide a system that will work for you. Full installation, training, method development and service contracts are provided by SciMed

Atomic Absorption Spectroscoy (AAS) - Analytik Jena

Analytik Jena have been designing and manufacturing AAS instruments for over fifty years, and their current range incorporates traditional hollow-cathode lamp AAS’s as well as the unique ContrAA. This AA uses a continuum source that allows analysis of F, Cl, Br and I, is far faster than an HCL AAS and has much lower detection limits. We offer flame, furnace and hydride techniques with a range of unique technologies including direct-solid analysis, an enhanced working dynamic range and 3D-spectral and background correction. Full installation, training, method development and service contracts are provided by SciMed.

UV-Vis Spectrometers – Analytik Jena

The Specord UV/Vis spectrometer range has a history dating back over 50 years. We can offer a full range of instruments including single-beam, double beam, diode-array and nano-litre sample volume analysers. A full range of accessories covering all analyses requirements are also available. Full installation, training, application development and service contracts are provided by SciMed

XRF Consumables - Fluxana

Consumables for all makes of XRF spectrometer - liquid sample cups, films, pressed pellet cups, flux, binder ......

XRF sample fusion equipment - Fluxana

Single and multi-position electric and gas fusion systems. - Preparation of fused beads for XRF analysis - Options for preparation of ICP solutions.

Oil Condition Monitoring - Spectro Scientific

Apparatus for the condition monitoring of lubricating machine oils - including, viscometer, particle counter and shape analysis, wear metals, water content.

Core Separations. Supercritical Extraction Equipment

We are a supplier of advanced Supercritical and Subcritical Fluid (SCF) extraction systems that harness true power of carbon dioxide as a solvent. You are assured of a right and cost competitive extraction system solution with our 30+ years of experience designing and manufacturing advanced, robust and scalable SCF extraction systems. We supply systems with 5 L up to 500 L extraction vessel capacities in single or multi-vessel configurations with extract fractionation.

Benchtop - Scanning Electron Microscope

High Performance benchtop scanning electron microscopy with high magnification and resolution and EDS. Discover the SNE-Alpha, the latest development from SEC. With a high-precision navigation movement, it offers a unique, one-of-a-kind 5-axis motorised stage, 250,000 x magnification, and 5-nanometer resolution.

Thermo Scientific HAAKE Rotational Rheometers

The range of rotational rheometers from Thermo Scientific HAAKE offers a system whatever your rheological demand. • HAAKE Viscotester iQ Rheometer Series: Compact rheometers for the quality control environment • HAAKE MARS iQ Rheometer Series: Versatile rheometers for advanced quality control and product development • HAAKE MARS 40/60 Rheometers: Universal rheometers for research & development and extended measuring capabilities

Reaction Calorimetry

Reaction Calorimetry enables you to study your chemical reactions under process like conditions, yielding information on reaction heat and heat flow, whilst at the same time enabling you to optimise your reaction under precisely controlled conditions.

Scanning Electron Microscope ( SEM) and Field Emission (FEG-SEM) from CIQTEK

The CIQTEK SEM range includes a state-of-the-art low-vacuum field emission scanning electron microscope, designed for researchers and industry professionals suitable for all high magnification imaging needs. With its large sample chamber, field-free objective lens, and 5-axis eucentric stage, the SEM4000Pro can provide insights into any sample with minimal preparation requirements. Discuss this model and many other CIQTEK products with our specialist.

InfraCal 2

The InfraCal 2 infrared analyser is designed for quick, easy and accurate determination of oil and grease or petroleum hydrocarbons in water and soil. The two models, InfraCal ATR and InfraCal Trans, are rugged and portable with no moving parts and with the portable design and touch screen display, are perfect for on-site testing, providing results in under 15 minutes. Key applications of InfraCal 2 InfraCal 2 ATR-SP correlates to EPA Method 1664 Method compares to EPA 1164 & ISO 9377-2 InfraCal 2 Trans-SP method complies with: ASTM D7066, EPA 413.2, EPA 418.1; method compares with EPA 1664, ISO 9377-2 Versatility in Testing: Suitable for offshore oil in water measurements and industrial wastewater effulents . High Sensitivity: Minimum detection limit of .0.1 ppm in water and 1 ppm in soil. Rapid Analysis: Delivers results in 10-15 minutes, streamlining the testing process. User-Friendly Design: Features a touch screen display for ease of use and portability.

K77000/K77001 Automated Cloud and Pour Point Analyser

The Automatic Cloud and Pour Point Analyser automatically measures cloud point by Optical Detection and pour point with the Automatic Tilt Method. The instrument has separate wireless heads for pour point and cloud point. Once the sample tube is placed inside the instrument, the head can easily be placed and secured onto the instrument which then recognises the head and automatically selects the appropriate method. As liquid petroleum products cool, some hydrocarbons will begin to precipitate and crystallize into a solid. These crystals are referred to as “wax crystals. Cloud Point is the temperature of a liquid sample when the smallest observable cluster of hydrocarbon crystals first occurs upon cooling. Once the optical system detects the presence of this solid wax, the temperature within 0.1°C is recorded. ASTM D5771 is the test method that describes the detection of cloud point. This test method covers temperatures from -60 °C to + 49 °C with a temperature resolution of 0.1 °C. Pour Point is the lowest temperature at which movement of the test specimen is observed when tilted. For this method, the test specimen is examined at 1°C or 3°C intervals using a light emitter and light receiver to detect any movement. The pour point is measured using the automatic tilt method which is in accordance with ASTM D5950. This test method is designed to cover the range of temperatures from −66°C to +51°C Both Cloud and Pour Point are an index of the lowest temperature of a petroleum product or a biodiesel fuel’s use for certain applications. Flow characteristics, such as pour point, can be critical for the operation of lubricating oil and fuel systems, petroleum blending and pipeline operations.

K88539 Automated Air Release Analyser

The Koehler Air Release Value Apparatus incorporates an automatic lift system, integrated industrial touchscreen and internal balance, enabling it to provide automatic calculation of the air release value. It consists of a test vessel and airflow control equipment which deliver heated air at the specified flow rate to the oil sample which is maintained at constant temperature. The integrated touch screen guides the user throughout the whole process and provides density calculation and timing operation for measuring the air release value of the test sample. To determine air release properties, the sample is heated to a specified temperature and blown with compressed air – the temperature and timings set by a prescribed method such as ASTM 3427. Key Applications Conforms to ASTM D3427, IP 313 and related specifications Integrated Touch Screen Control Panel with windows PC Automatic Lift System that moves the test vessel from the air source to the balance sinker Automatic calculation of the final sample density for determination of the air release value Integrated Circulation Bath with a water level indicator Integrated Balance Secure Clamp Mechanism of the air tube Automated Jacketed Test Vessel draining Integrated sample preheater Safety Shield LIMS Compatibility Compressed air heater, overtemperature and overpressure protection circuitry. Sample temperature up to 75°C Option for external chiller Drying oven is available as additional accessory for warming the test oil at temperatures of up to 100°C;

K71000 Automatic Pensky Martens Closed Cup Flash Point Tester

The K71000 Automatic Pensky Martens Closed Cup Flash Point Tester can be used for the flash point testing of a wide range of samples such as distillate fuels and biodiesel, new and used lubricating oils, residual fuel oils and cutback residua, mixtures of petroleum liquids with solids and petroleum liquids that can form a surface film during the test. It can also be used to test for contamination of products. The K71000 complies with ASTM Procedures A, B and C. Key Applications The large touch screen user interface displays all of the operator parameters and results on a single screen, making it easy to view and navigate. No gas is required (though can be used if required) using flash point detection by Thermocouple and Ionization Ring A wide temperature range of flash point operation between ambient and 405°C: The scope of the method covers the analysis of products in the temperature range of 40 to 360°C but this automated apparatus extends the range from dew point + 10°C to 400°C. An integrated dual fan which directly cools both the test cup and surrounding environment allowing faster sample cooling Automatically corrects for barometric pressure Inbuilt fire suppression system (requires inert gas) in the event of a fire Multiple calibration methods 3 position automatic lift system The in-built PC allows over 65,000 data results to be stored on the local hard drive Unlimited number of user programs, including a quick test, that safely tests from ambient, puts the flash point result into the official run, and prompts user to refresh the sample

XRF – Bowman Coating Thickness Analysers”

Bowman XRF offer extensive XRF solutions for plating thickness, supported by a dedicated UK team with on site support.

XRF – Spectro xSort Handheld XRF

The xSORT Handheld XRF is a revolutionary device that brings laboratory-quality results to the field. Utilising Energy Dispersive X-ray Fluorescence Technology, this portable ED-XRF spectrometer offers precise elemental testing for alloys, precious metals, and non-metallic samples. Designed for fatigue-free on-site measurements, xSORT is a rugged and reliable solution for industries ranging from mining and metal to transportation, food, cosmetics, environmental and pharmaceuticals. Features & Benefits Versatility: Capable of analysing both metallic and non-metallic samples, including alloys, precious metals, and more. Portability: Designed for on-site measurements, xSORT’s handheld design allows for easy transportation and use in various environments. iCAL Standardisation System: Ensures consistent and accurate results without the need for constant recalibration. Industry Applications: Optimised for different applications, xSORT serves industries like mining, metal, chemical, environmental, transportation, food, cosmetics, and pharmaceuticals. Affordability: Offers field-proven quality in XRF spectrometers at an affordable price, making it accessible for various businesses.

ICP-MS Mass Spectrometer

The PlasmaQuant MS Series – ICP-MS Mass Spectrometers by Analytik Jena – is a state-of-the-art ICP-MS Mass Spectrometer designed for trace and ultra-trace analyses. With its high sensitivity, powerful isotope analysis, and cost-efficient operation, it offers unparalleled performance across various applications, including environmental, food, pharma, geology, mining, metals, and oil & gas industries. Key applications of PlasmaQuant MS Series High Sensitivity: PlasmaQuant MS Elite offers ultimate sensitivity for research and complex analyses. Eco Plasma: Enables cost-efficient ICP-MS operation with reduced argon consumption. Typoically 50% less than any other system iCRC: use both H and He for removal of all interferences. ReflexION: Provides unparalleled sensitivity and throughput with its 90° ion mirror. HD Quadrupole: Ensures powerful isotope analysis with high-definition mass separation. ADD Detection: All-digital detection over 11 orders of magnitude for precise and accurate measurements. Extended lifetime and no cross-calibration Nitrox Accessory: Enhances analytical performance with improved interference removal. Versatility: Suitable for various applications, including environmental, food, pharma, geology, mining, metals, and oil & gas. Flexibility: two sample channels to cope with all types of matrices. Aerosol Dilution: up to 10-fold dilution for working with high TDS samples.

The New Multi N/C x300 series

The multi N/C x300 Series Enhances Your Analytical Capabilities, Team Focus, and Customer Engagement. These analysers achieve such improvements through advanced technology that boosts throughput and optimises processes while minimising maintenance and maximising user-friendliness. This approach not only cuts down on training time and daily tasks for your team but also elevates your laboratory’s productivity. The straightforward operation and reduced need for time-intensive activities like calibration will surely impress your lab personnel. Maximising Time with TOCnology Enhanced Efficiency and Reliability in TOC Analysis: Extended Calibration Stability: Calibrations remain accurate for up to one year, reducing the need for frequent recalibrations. No Sample Dilution Required: High TOC samples can be analysed directly, simplifying preparation steps. Effortless Maintenance: Consumables are easily accessible and quickly replaceable, minimising downtime. Seamless Sample Loading: Add samples without halting current measurements, enhancing throughput. Versatile Sample Analysis: Switch between liquid and solid samples without changing the hardware setup. Simplified Solid Sample Preparation: No need for milling or wrapping, with the capacity for samples up to 3g. Automated Sample Preparation: Automatic acidification and purging streamline the preparation process. Peace of Mind with Unattended Operation: Run analyses confidently with minimal supervision.

FireFly LIBS System by Lightigo

The FireFly by Lightigo is a cutting-edge laboratory analytical instrument that harnesses the power of both Laser-Induced Breakdown Spectroscopy (LIBS) and Optical Emission Spectroscopy for swift multi-elemental analysis and chemical imaging. Designed for any sample type, this device offers unparalleled spatial resolution and scanning rates, making it a leader in its field. Key features & benefits Rapid Multi-Elemental Analysis: Utilizes LIBS and OES for comprehensive elemental composition insights. High Spatial Resolution: Achieves 10-150 um precision for detailed chemical imaging. Depth Profiling: Enables multi-layer depth analysis to determine elemental composition of individual depth layers. Spectra and Maps: Explore results in the form of spectra and chemical maps with intuitive tools. Flexible Laser Wavelength: Choose the optimal laser wavelength for your application without disassembly. Efficient Technology: Low operational costs with a wide range of detectable elements

PlasmaQuant 9100 ICP-OES Series

The PlasmaQuant 9100 Series by Analytik Jena offers state-of-the-art ICP-OES Optical Emission Spectrometers. Designed for high spectral resolution and sensitivity, these spectrometers are ideal for liquid sample analysis across various industries, including environmental, food, oil & gas, metals & mining, and chemicals. With innovative features like the V Shuttle Torch and Dual View Plus, the PlasmaQuant 9100 ensures robust, cost-efficient, and interference-free elemental analysis. Key applications of PlasmaQuant 9100 Series High-Resolution Array Technology: Unmatched accuracy and precise elemental analysis. V Shuttle Torch: Ensures long lifetime and easy maintenance. Dual View Plus: Flexible plasma observation modes for diverse applications. From LOD’s to percentage concentration levels in one analysis High-Frequency Generator: Robust plasma system for consistent performance. Can handle up to 30% of total dissolved solids. Cost-Efficient Shift-Work Operation: Economic and efficient operation for industrial needs.

VariRef – Refractometer

VariRef Modular Refractometer Overview VariRef is a high-precision, modular benchtop refractometer for liquids and solids. It combines rapid Peltier temperature control with a flat, easy-to-clean sample room, delivering fast, reliable refractive index and Brix measurements for QC and R&D. Key features • Modular platform with interchangeable sample room doors for single measurements or flow-through. • Fast temperature stabilisation and ambient temperature compensation for stable results. • LED light source at 589 nm and durable sapphire prism. • Multi-point calibration across the full measuring range. • Intuitive 7 inch touchscreen, LIMS and ELN ready, minimal maintenance. Performance • Measuring range typically 1.29000 to 1.58000 RI and 0 to 100 Brix, with high resolution options. • Repeatability options down to ±0.000005 RI or ±0.006 percent Brix depending on model. • Small sample volume from about 0.6 ml for routine QC. Temperature control • Peltier control typically 5 to 80 or 5 to 100 °C depending on configuration, precision about ±0.03 °C, resolution 0.01 °C. Compliance and data integrity • 21 CFR Part 11 capable with audit trails and user management. • Conforms with common methods and pharmacopoeias for pharmaceutical and food QC. Typical applications • Concentration checks and purity control in pharma and fine chemicals. • Brix and formulation control in food and beverages. • Incoming goods testing and routine release in regulated environments. What makes it different VariRef’s modular design, fast temperature control and self-checking functions help teams achieve repeatable, traceable results with minimal cleaning and downtime, making it a robust choice for GMP aligned laboratories.

Varipol Series Polarimeter

VariPol Series Polarimeter Overview VariPol is a high-precision, modular polarimeter designed for pharmaceutical, chemical and food laboratories. It delivers fast, reliable optical rotation measurements with excellent temperature stability and simple, hygienic handling for routine QC and R&D. Key features • Modular platform with options for different sample tube lengths and configurations • Rapid Peltier temperature control with precise stabilisation • Energy-efficient LED light sources and high-stability optics • Compact footprint with a flat, seamless sample chamber for easy cleaning and quick rinsing • Intuitive touchscreen interface with guided methods and self-checks • Connectivity for LIMS and ELN, data export via USB or network, optional Aquisys software Performance • High accuracy across the full measuring range with excellent repeatability • Stable results independent of operator, suitable for GMP environments • Small sample volumes and short equilibration times support high throughput Temperature control • Integrated Peltier system for automatic temperature control over common lab ranges • Built-in monitoring and alarms to ensure measurements at the correct set point Compliance and data integrity • 21 CFR Part 11 capable with user management, audit trail and electronic signatures • Conforms to common pharmacopeial methods for optical rotation and specific rotation Typical applications • Identity, purity and concentration checks in pharma and fine chemicals • Sugar, flavours, fragrances and food ingredients analysis • Incoming goods, in-process control and batch release What makes it different VariPol combines class-leading precision with true modularity, fast temperature control and modern data handling, helping teams produce traceable, reproducible results with minimal downtime and easy day-to-day cleaning.

VariDens Density Meter

VariDens Density Meter Overview VariDens is a high-precision, modular benchtop density meter for liquids. It uses an oscillating U-tube with rapid Peltier temperature control to deliver fast, repeatable density and related concentration results for QC and R&D. Key features • Oscillating U-tube with automatic viscosity and temperature compensation • Rapid Peltier temperature control with short stabilisation times • Bubble detection and live quality checks to avoid bad results • Small sample volume, suitable for syringes or flow-through measurements • Intuitive touchscreen with guided methods and user prompts • LIMS and ELN connectivity, data export via USB or network Performance • Accuracy to suit regulated QC, with excellent repeatability for routine testing • Broad measuring range for aqueous, organic, pharma and petrochemical products • Optional method packs for direct concentration, specific gravity and API calculations Temperature control • Integrated Peltier system across common lab ranges • Continuous monitoring with alarms if the measurement is outside the set point Compliance and data integrity • 21 CFR Part 11 capable with user management, audit trails and electronic signatures • User levels, electronic records and secure data transfer support GMP workflows Typical applications • Pharmaceutical raw materials, intermediates and final products • Chemicals, solvents, flavours, fragrances and cosmetics • Beverages, syrups and sugar solutions • Petroleum products including fuels, oils and lubricants What makes it different VariDens combines high stability, rapid temperature control and smart quality checks in a modular platform. The result is traceable, reproducible density and concentration data with minimal sample, quick cleaning and high throughput for busy laboratories.

SP20 AD Systems Smoke Point Tester

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.

DR10 ITR Heater Tube Deposit Rater

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

K88539 Automated Air Release Analyser

K88539 Automated Air Release Analyser Overview The K88539 is a fully automated analyser for determining the air release value of turbine, hydraulic and lubricating oils. It heats the sample to the set temperature, sparges with compressed air and measures the time for entrained air to dissipate, delivering objective, repeatable results for QC and specification testing. Standards • ASTM D3427 • IP 313 • ISO 9120 • DIN 51381 • NF E 48-614 • NF T 60-149 • BS 2000 Part 313 Key features • Integrated touchscreen control with guided workflow • Automatic lift moves the test vessel between air source and balance sinker • Automatic density determination for air release value calculation • Integrated circulation bath with level indicator • Integrated balance and secure air tube clamp • Automated draining of the jacketed test vessel • Safety shield and LIMS compatible data export Performance and benefits • Objective digital imaging and sensors remove operator subjectivity • Consistent timing and density correction improve precision and traceability • Short test cycles support high throughput in busy labs • Ambient to 75 °C test temperature range Typical applications • Refinery, blending plant and lubricant manufacturer QC • Aviation turbine and kerosene specification testing • Hydraulic and turbine oils development and benchmarking • Incoming goods checks and batch release What is included • K88539 instrument with touchscreen, circulation bath and integrated balance • Test vessel, air flow control, clamps and accessories to run the standard method • USB or network data export; LIMS connectivity options Summary The K88539 automates ASTM and IP air release testing with precise temperature control, automatic density calculation and robust safety features, providing fast, traceable results that improve accuracy, repeatability and laboratory productivity.

K71000 Automatic Pensky Martens Closed Cup Flash Point Tester

K71000 Automatic Pensky Martens Closed Cup Flash Point Tester Overview The K71000 is an automatic closed cup flash point analyser for fuels, lubricants and other liquids, including samples with suspended solids or surface films. It delivers precise, objective results with fast cool down and simple, guided operation for routine QC and specification testing. Standards • ASTM D93 Procedures A, B and C • IP 34 • ISO 2719 • DIN EN 22719 • JIS K2265 • NF M 07-019 Key features • Wide operating range from ambient to 405 °C • Electronic ignition as standard, gas optional if required • Dual flash detection using thermocouple and ionisation ring • Automatic barometric pressure correction • Integrated dual fan cooling for rapid turnaround • Inbuilt fire suppression interface for CO2 or nitrogen • Three position automatic lift system • Multiple calibration methods and quick test mode • Large colour touchscreen with guided workflows Performance and data • High repeatability with objective digital detection • Quick test estimates flash point then runs the standard method safely • Stores more than 65,000 results on the internal PC • User management with three access levels • LIMS friendly connectivity via Ethernet and USB Typical applications • Diesel, kerosene and jet fuel QC and batch release • New and used lubricating oils • Residual fuels and cutback residua • Product contamination checks and R&D work What is included • K71000 instrument with touchscreen control and automatic lift • Test cup, cover assembly and accessories to run standard methods • Power and data cables, user documentation Summary K71000 automates Pensky Martens flash point testing with wide temperature capability, rapid cooling and robust safety features. It removes operator subjectivity, speeds throughput and provides traceable data for compliant fuel and lubricant analysis.

EPR200M

EPR200M Benchtop EPR Spectrometer Overview The CIQTEK EPR200M is a compact X-band electron paramagnetic resonance spectrometer for scientific and industrial use. It delivers high sensitivity, accuracy and stability for routine QC, research and method development in a small benchtop footprint. Key features • High sensitivity and stability for precise, repeatable EPR measurements • Integrated control and data processing software with easy tuning and guided workflows • Benchtop design that is compact and convenient for desktop installation • Optional built-in standards for accurate g value and quantitative EPR • Wide application coverage across chemicals, environmental science, materials science, biomedical, food and industrial sectors Accessories • Automated goniometer for crystal studies • In situ optical stimulation system for photocatalysis and light driven experiments • Liquid nitrogen variable temperature unit for low temperature measurements Typical applications • Free radical detection and antioxidant characterisation • Monitoring environmentally persistent free radicals and air pollution studies • Reactive oxygen species research for biomedical applications • Defects in single crystals, magnetic materials and catalytic materials • General EPR method development, teaching and QA testing What makes it different EPR200M combines research grade sensitivity with a true benchtop format and turnkey software, plus a broad accessory ecosystem that expands capability without complex setup. Summary A versatile, user friendly X-band EPR system that provides accurate, traceable results for laboratories that need reliable performance, flexible workflows and minimal maintenance in a compact footprint.

VASCO KIN Particle Size

VASCO KIN In Situ Particle Size Analyser Overview VASCO KIN by Cordouan is a time resolved DLS analyser for real time, in situ and inline particle size measurement. A compact, contactless optical head measures directly in your vessel or line, avoiding sampling, dilution and contamination. This shows the true behaviour of dispersions and emulsions while processes run. Key features • In situ and inline measurement with a remote optical head • Fast kinetics with live updates for trend and endpoint control • Broad size coverage from sub nanometre to low micrometre, sample dependent • Backscatter geometry for turbid and concentrated samples • Works with aqueous and organic media, high concentration capable • NanoKin software for live trends, distributions, correlograms and reporting • Multiple heads and flow cells for lab, pilot and production use Benefits • See nucleation, growth, agglomeration and break up as they happen • Reduce operator dependence by eliminating dilution for most tasks • Shorten development cycles and scale up by aligning parameters to live size data • Lower solvent use and waste with fewer offline measurements Typical applications • Nanoparticle synthesis and size control • Emulsion and dispersion stability studies • Inline QC during milling, mixing, precipitation and crystallisation • Protein formulations, micelles and other macromolecular systems • Process troubleshooting and endpoint determination What is included • VASCO KIN main unit with laser and detector • Remote optical head or flow cell to suit your setup • NanoKin software with data logging and reporting • Cables and mounting accessories Why VASCO KIN Bring DLS to the process with a contactless optical head, robust optics and rapid time resolution. You capture genuine particle behaviour in real conditions and act on it immediately, improving speed, quality and confidence from lab to pilot to production.