JASCO has its roots in the Institute of Optics - Tokyo University of Education which developed Japan’s first infrared spectrophotometer, Model DS-101, in 1954. Since the establishment of the company in 1958, we have inherited the spirit of our predecessors in infrared spectrophotometry and have completed the FT/IR-4X as the culmination of our work. The size is only 386 (W) × 479 (D) mm, and we have also achieved a 30 % reduction in power consumption compared to conventional models. It is research-grade in performance, functionality and expandability, and supports high resolution, high S/N, high sensitivity detectors, extending measurement wavenumber, microscopy with linear array detector, and rapid scan. The sample compartment is 200 mm wide, the same width as that of a large model, and can accommodate conventional accessories, including those from third parties.

Made to suit a multitude of applications including detergents and household chemicals, lubricating oil, chemicals, garden products, pet care, DIY, toiletries, personal health care, confectionery, edible oils, vinegars, dairy, sauces & various foodstuffs. Available capacities: 1L/2.5L/5L

Made to suit a multitude of applications including detergents and household chemicals, lubricating oil, chemicals, garden products, pet care, DIY, toiletries, personal health care, confectionery, edible oils, vinegars, dairy, sauces & various foodstuffs.

Made to suit a multitude of applications including detergents and household chemicals, lubricating oil, chemicals, garden products, pet care, DIY, toiletries, personal health care, confectionery, edible oils, vinegars, dairy, sauces & various foodstuffs. Available capacities: 5L/10L/20L/25L

Our jointed glassware range starts at the microscale up to 20L, with equipment and apparatus for all facets of chemistry

Since 1927, JUCHHEIM (formerly Karl-Kurt Juchheim Laborgeräte) has been supplying high-quality equipment to universities and industrial R&D facilities around the world. Generations of scientists have relied on their high-quality and durable equipment. JUCHHEIM manufacture chemical and technical pilot plants made of stainless steel and special alloys according to customer specifications on a laboratory or pilot plant scale, with reaction volumes ranging from millilitres to 150 litres. A pilot plant may be used for data collection, optimisation, and the gathering of technical experience in chemical process R&D. Discover more about JUCHHEIM’s pressure reactors and process systems for laboratory and pilot plant use. Pressure Vessels JUCHHEIM pressure vessels, made of stainless steel or Hastelloy®, offer corrosion resistance and durability. A wide range of pressure reactors are available for use in the laboratory and pilot plants. Volumes from 50 ml up to 200 litres and operating pressures from vacuum to 500 bar are available, up to 500°C. Products have a surface roughness of less than 0.8 µm Ra as standard, meaning they are easy to clean and have significantly increased chemical resistance. A surface roughness of less than 0.4µm Ra with electrochemical polishing for passivation is available as an option. HiClave Series JUCHHEIM set the standard for laboratory and pilot plant applications with the HiClave series of autoclaves and reactor systems. HiClave™ chemical reactors support high-pressure reactions up to 500 bar and 500°C. Available as single autoclaves or complete systems with heating & stirring. Constructed from stainless steel, Hastelloy, PTFE/PFA, or tantalum-coated materials. Optional heating/cooling systems, magnetic or overhead stirrers, as well as a wide variety of gas and liquid supplies are available. Optional PTFE or glass liners, catalyst baskets, and other accessories available.

The Jupiter Discovery Atomic Force Microscope offers a unique combination of best-in-class performance along with exceptional ease of use. Whether in academia or industry, researchers expect high quality results with less training and effort. At the same time, today’s AFM measurements demand higher performance as users strive to resolve finer details and achieve higher accuracy, repeatability, and throughput. The Jupiter Discovery is the only AFM that meets these needs, delivering both the ultra-high performance and the exceptional usability that researchers need. Next-Generation Design Delivers the Ultimate Performance Optimized Workflow for Simpler and More Productive User Experience Unmatched Configurability Satisfies Diverse Research Needs

Our range will include a standalone “pump-in-a-box” solution, built using equipment from leading suppliers GRUNDFOS, ProMinent UK & Ireland, and Lutz-Jesco (GB) Ltd. These systems support manual control, batch control, and 4–20mA control, with a wide range of optional extras available. To complement this, we’ve developed JV IntelliDose — a stackable PLC and HMI solution delivering advanced functionality, including: Flow Proportional Control (with calculation) Diurnal Control Feedback Protection Tank Level Monitoring Connection to Site PLC Direct-to-Telemetry connectivity …and much more And if that still isn’t enough, we’re also working on JV IntelliDoseDuo — offering all of the above, with a Duty / Standby dosing pump arrangement for added resilience.

Our range will include a standalone “pump-in-a-box” solution, built using equipment from leading suppliers GRUNDFOS, ProMinent UK & Ireland, and Lutz-Jesco (GB) Ltd. These systems support manual control, batch control, and 4–20mA control, with a wide range of optional extras available. To complement this, we’ve developed JV IntelliDose — a stackable PLC and HMI solution delivering advanced functionality, including: Flow Proportional Control (with calculation) Diurnal Control Feedback Protection Tank Level Monitoring Connection to Site PLC Direct-to-Telemetry connectivity …and much more And if that still isn’t enough, we’re also working on JV IntelliDoseDuo — offering all of the above, with a Duty / Standby dosing pump arrangement for added resilience.

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

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.

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.