Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
526～540 item / All 1224 items
High Temperature Thermal Expansion Rate Measurement Device KS1000 Type
Image processing enables tracking of measurement points. Measurement points can be changed arbitrarily. High-precision measurements are possible through measurement tracking.
Small thermal expansion coefficient measurement device KS2000, with a top cover design for easy sample positioning.
Measure the thermal expansion rate using image processing.
High-temperature expansion rate measurement device capable of measuring displacement through image processing.
This product is a high-temperature expansion rate measurement device capable of measuring displacement through image processing. It is a furnace designed to measure the thermal expansion rate of samples at set temperature steps from room temperature to 1500 degrees, and measurements can be taken in both atmospheric and controlled environments. Additionally, it can measure up to a maximum of 1550 degrees (with an option for 1600 degrees). 【Features】 ■ Displacement measurement through image processing ■ Set temperature steps from room temperature to 1500 degrees ■ Measurements possible in atmospheric and controlled environments ■ Maximum measurement up to 1550 degrees (with an option for 1600 degrees) *For more details, please refer to the catalog or feel free to contact us.
Trace sulfur measurement using a UV fluorescence flow sulfur detector.
The combination of the TS-100 control unit and a PC (personal computer) allows for all necessary equipment settings for measurement. By adopting Windows 95 as the OS (operating system) for the PC, it can be easily operated by anyone. *For more details, please download the PDF or feel free to contact us.
High sensitivity, low running cost! An online device capable of measuring samples containing high concentrations of salt.
The "Bio Tector B7000" is an online TOC analyzer that can measure without dilution up to a maximum of 100,000 ppm. It is capable of handling environments with high salt concentrations and large amounts of calcium, and it automatically performs self-cleaning with each measurement to prevent the growth of bacteria and the adhesion of oils and fats, achieving maintenance-free operation. 【Features】 ■ Uses large-diameter sample tubes to eliminate clogging from dirt ■ Capable of measuring up to 6 channels with a single unit ■ Supports total nitrogen and total phosphorus measurements ■ Completely oxidizes samples containing 30% salt concentration and 12% calcium concentration ■ Compatible with SD memory cards *For more details, please refer to the catalog or feel free to contact us.
Measuring a variety of substances such as ammonia and phosphorus! A water quality analysis device that achieves low running costs.
The "Water Quality Analysis Device Series" offers a lineup of water quality analysis devices tailored to measurement applications. The combination of the "Compact Distillation Device DS-5000" and the "Flow Injection Analysis Device FIA-300M" is ideal for measuring fluoride, cyanide, and ammonia. Additionally, we provide devices such as the combination of the "FIA-300P" and "FIA-300NC System," which allows for simultaneous measurement of total phosphorus and total nitrogen through FIA analysis, as well as the "TOC-300V," which is perfect for testing factory wastewater, sewage, and environmental water. 【Features】 ■ Capable of measuring 9 items with sample exchange ■ Compact and easy to install in a draft chamber ■ Suitable for solid samples such as soil *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
The experimental space used for the distillation apparatus can be minimized! Collaboration with analytical devices is also possible.
Our company handles "small distillation units." Do you have any concerns, such as wanting to "make effective use of space in the laboratory," if you own a "large distillation unit"? Our product, which is very compact and environmentally friendly, operates on the same principle as a "large distillation unit" and will solve your problems. In addition, we also offer a "flow analysis device" that enables high-sensitivity analysis. [Requests] ■ We want to reduce dangerous tasks like boiling several hundred milliliters of liquid. ■ We want to make effective use of space in the laboratory. ■ Since there is a possibility of toxic gas generation during distillation, we want to install it in a fume hood. ■ We want to apply the same analytical methods even when scaling down, etc. *For more details, please refer to the PDF document or feel free to contact us.
No helium gas used! All-nitrogen and protein analysis device compliant with food labeling regulations.
The "DTN-300V" is suitable for the analysis of food, feed, livestock, and food manufacturers, and is a total nitrogen and protein analysis device that uses carbon dioxide as the carrier gas. Compared to devices that use helium gas, carbon dioxide is inexpensive and readily available, allowing for cost-effective and operationally considerate use. Equipped with an automatic oxygen mode, it monitors the combustion conditions and controls oxygen in real-time, enabling automatic measurement under optimal combustion conditions even for unknown samples. 【Features】 ■ Automatic measurement under optimal conditions ■ Self-regeneration of the reduction tube ■ Use of carbon dioxide as the carrier gas ■ User-friendly software ■ High salt specification (optional) *For more details, please refer to the PDF materials or feel free to contact us.
Wet-type UV oxidation method for high sensitivity and low running costs! Dedicated for potable water and pharmaceutical water.
The "QbD1200+" is a total organic carbon analysis device that uses a wet UV oxidation method to sequentially measure inorganic carbon (IC) and TOC with a single sample injection, minimizing measurement errors caused by IC measurement. It operates on a wet oxidation method that does not use expensive platinum catalysts, resulting in low running costs. Furthermore, it complies with international standards such as the analytical method validation required for pharmaceutical water in both the US and Japan. 【Features】 ■ High sensitivity analysis and stable measurement capabilities ■ Adoption of a large color touch panel ■ Automatic creation of calibration curves ■ Significant reduction in startup time ■ Pre-measurement function *For more details, please refer to the PDF document or feel free to contact us.
Easy to operate, easy to see, and easy to understand! A handheld type that performs stable measurements.
The "Loresstar FX MCP-T380" is a simple low-resistance meter that accurately and easily measures the resistivity of materials. With a dedicated 4-probe setup, it allows for one-touch high-precision measurement of various materials. Simply press the start button for automatic measurement completion. Additionally, commercially available nickel-hydrogen batteries can be used. 【Features】 - The auto-hold function can be further enhanced with a timer setting to reliably capture measurement values. - In addition to the included AC holder, commercially available nickel-hydrogen batteries can also be used. - Measurement data can be directly output to a PC using data logger software (sold separately). *For more details, please refer to the PDF document or feel free to contact us.
Achieving accurate and user-friendly online monitoring from power generation to urban water supply and sewage!
The "Thermo Scientific AquaPro" is a multi-input intelligent process controller and sensor that can display up to four parameters simultaneously. With just one unit, you can grasp the overall status of process handling. This multi-channel feature reduces the number of controllers needed, saving time on installation, maintenance, and upgrades. 【Features】 ■ View detailed process information at a glance ■ Capable of displaying up to four parameters simultaneously ■ Simple and intuitive operation of multiple parameters ■ Easy-to-update proprietary modular design ■ Compatible with various liquid analysis measurement sensors, whether analog or digital *For more details, please refer to the PDF document or feel free to contact us.
Direct qualitative, quantitative, and imaging analysis of trace elements in solid samples.
The laser ablation (LA) system equipped with a high repetition frequency laser and a galvanometric optical system, connected to a robust Thermo Scientific iCAP MX series ICP-MS, enables the acceleration, high precision, and expansion of elemental analysis capabilities. ■ Simplification and acceleration of elemental analysis - Solid sample surfaces are sampled by laser irradiation and analyzed directly with ICP-MS. - Complicated operations such as cleaning of instruments for traditional solution pre-treatment, and management of reagents and waste are no longer necessary, reducing costs, workload, and environmental impact. ■ Achieving sensitivity and precision equal to or greater than solution ICP-MS - Elimination of weighing errors and contamination during traditional pre-treatment, as well as interferences from acids or solvents during measurement, enhances precision. - High sensitivity is achieved through rapid ablation. - Flexible and precise quantitative methods can be applied, allowing for quantitative analysis even without standard samples of the same material as the sample. ■ Expansion of ICP-MS analytical capabilities - Analysis of a wide range of samples, including difficult-to-dissolve samples, powdered samples, and non-conductive samples, is possible. - Wide-area 2D/3D elemental imaging is achievable, covering areas of several square centimeters and depths of several hundred micrometers. - Accurate analysis is possible through imaging based on quantitative concentrations.
The operation is simple, safe, cost-effective, and powerful! Introducing the luminescence spectroscopic analysis device.
The "ARL easySpark" is a spectroscopic analysis device designed to achieve a level of quality, performance, reliability, and robustness that can only be realized with larger OES equipment. It comes with all the necessary tools, making installation, operation, and maintenance easy. Additionally, it offers excellent practicality for measuring all elements, regardless of the type of metal, including iron, steel, aluminum, aluminum alloys, bronze, and brass. 【Features】 ■ Equipped with all the functions and characteristics required for a reliable OES analysis device ■ Easy installation, operation, and maintenance ■ Excellent practicality necessary for measuring all elements ■ Utilizes the advantages of CCD technology without compromising analytical performance *For more details, please refer to the PDF document or feel free to contact us.
Analytical instruments for evaluating impurity elements, ICP-MS and ICP-OES.
This application note introduces the analytical devices necessary to comply with the elemental impurity guidelines for pharmaceuticals issued by the Ministry of Health, Labour and Welfare on September 30, 2015. The Q3D metal elemental impurities are stated to apply to new pharmaceuticals for which approval applications are submitted on or after April 1, 2017, according to this guideline. ICH Q3D establishes a risk-based assessment method to identify and evaluate elemental impurities in formulations and to set management methods. This assessment is required not only for potential elemental impurities in the formulation itself but also for potential elemental impurities that may be introduced from each component of the formulation (active pharmaceutical ingredients, excipients, container closure systems).
Laboratory efficiency improvement! Automation of wet chemical analysis in the chemical industry, food sector, and environmental field.
The Gallery discrete automatic analyzer automates manual wet chemical analysis, spectrophotometric analysis (colorimetric and enzyme analysis), and electrochemical analysis (measurement of pH and electrical conductivity). The discrete method allows for the simultaneous measurement of many analytical components, reducing the overall analysis time and the operator's workload. The Gallery discrete automatic analyzer minimizes waste liquid volume by utilizing miniaturized components and a unique low-volume cell design, allowing analysis with a small amount of reagents, which in turn reduces the costs associated with analysis. *For more details, please refer to the PDF document or feel free to contact us.*
