エレメンター・ジャパン Product Lineup

Elementor Japan Co., Ltd. will be exhibiting at "JASIS 2024" held at Makuhari Messe International Exhibition Hall. We plan to showcase carbon analysis equipment such as the "soli TOC cube" and the carbon/nitrogen analysis device "vario MAX cube." Additionally, we will hold a new technology seminar in the adjacent TKP Room No. 6, themed "Evaluation of CO2 Fixation Amount in Carbon Neutrality" – focusing on soil, blue carbon, and concrete. We invite you to participate and make use of this opportunity to gather information on cutting-edge trends. 【Event Overview】 ■ Dates: September 4 (Wed) – 6 (Fri), 2024 ■ Venue: Makuhari Messe International Exhibition Hall (Chiba Prefecture) ■ Booth Number: 7B-407 *For more details, please download the PDF or feel free to contact us.

• Exhibition planning/construction

UNICUBE is an organic element analysis device for trace samples that combines high scalability and robustness. Its high gas separation performance, based on our proprietary temperature-programmed desorption technology (Direct TPD), provides reliable measurement results. It is capable of measuring samples with an elemental ratio of up to 12,000:1 (C:N ratio / C:S ratio). <Features> ● From high-purity chemicals of 0.1 mg to heterogeneous soils of 1 g ● Capable of measuring up to 6 elements (C, H, N, S, O, Cl: O and Cl are optional) ● Maintenance without tools ● Standard equipped with an auto-sampler (for 120 samples) ● Blank-free ball valve (patented technology) ● Multi-language support, including Japanese display

• Analytical Equipment and Devices

Organic Elemental Analyzer vario EL cube A versatile type capable of measuring from trace to semi-macro samples. Unmatched performance condensed from over 125 years of experience and expertise. This device can measure all types of samples, from trace high-purity chemicals to 1g soil samples, with just one unit. Selective adsorption: The APT method uses three types of adsorption-desorption columns that selectively adsorb CO2 from carbon, H2O from hydrogen, and SO2 from sulfur. Nitrogen detection: Nitrogen-derived NOx is reduced to N2 gas and is detected first without being adsorbed by the column. High adsorption capacity: The adsorption-desorption columns can achieve up to 250 times the adsorption capacity of typical GC columns, allowing for the analysis of samples containing up to 500mg of carbon. Sharp detection peaks: Rapid heating of the column results in sharp detection peaks, achieving an excellent S/N ratio. Complete peak separation: Each component's heating and desorption can be fully controlled, allowing for complete peak separation regardless of elemental content or ratios. The C/N and C/S ratios can be accurately separated and analyzed up to a maximum of 12,000:1.

• Analytical Equipment and Devices

The vario MAX cube is an automatic analyzer for carbon, nitrogen, and sulfur, equipped with an automatic ash recovery function. It handles large sample sizes of 5 g / 5 ml and excels with heterogeneous samples. Even with soil samples that contain a lot of inorganic components, continuous unmanned operation can be performed without worrying about interruptions in measurement due to the automatic ash recovery function. It is the perfect device for labs that require high-throughput analysis. <Features> ● Uses a robust, tall stainless steel crucible for easy sampling ● High analytical precision and large capacity measurement achieved with a "post-combustion tube" suitable for heterogeneous samples ● Selectable carrier gas (helium or argon) ● Convenient automatic ash recovery for samples with a lot of inorganic components ● Options for total organic carbon and total carbon measurement available ● Multi-language support, including Japanese display

• Analytical Equipment and Devices

Carbon, Nitrogen, and Sulfur Analyzer vario MAX cube A large-capacity fully automated analysis of carbon, nitrogen, and sulfur equipped with an automatic ash recovery function. It excels at handling heterogeneous samples, allowing for continuous unmanned operation without interruption of measurement, even for soil samples with high inorganic content due to the automatic ash recovery function. <Features> 1. Selective Adsorption: The APT method uses three types of adsorption-desorption columns that selectively adsorb CO2 from carbon, H2O from hydrogen, and SO2 from sulfur. 2. Nitrogen Detection: Nitrogen-derived NOx is reduced to N2 gas and is detected first without being adsorbed by the column. 3. High Adsorption Capacity: The adsorption-desorption columns can achieve up to 250 times the adsorption capacity of typical GC columns, allowing for the analysis of samples containing up to 500 mg of carbon. 4. Sharp Detection Peaks: Rapid heating of the column results in sharp detection peaks, achieving an excellent signal-to-noise ratio. 5. Complete Peak Separation: Complete control over the heating desorption of each component allows for perfect peak separation regardless of elemental content or ratios. The C/N ratio and C/S ratio can be accurately separated and analyzed up to 12,000:1.

• Analytical Equipment and Devices

Organic Elemental Analyzer vario MACRO cube The only device capable of simultaneous analysis of carbon, hydrogen, nitrogen, and sulfur with large capacity samples. No additional modules or electric furnaces for sulfur analysis, like other devices, are required. High precision measurements can be achieved even with heterogeneous large capacity samples. <Features> 1. Selective adsorption: The APT method uses three types of adsorption-desorption columns that selectively adsorb CO2 from carbon, H2O from hydrogen, and SO2 from sulfur. 2. Nitrogen detection: Nitrogen-derived NOx is reduced to N2 gas and is detected first without being adsorbed by the column. 3. High adsorption capacity: The adsorption-desorption columns can achieve up to 250 times the adsorption capacity of typical GC columns, allowing analysis of samples containing up to 500 mg of carbon. 4. Sharp detection peaks: Rapid heating of the column results in sharp detection peaks, achieving an excellent S/N ratio. 5. Complete peak separation: Complete control over the heating and desorption of each component allows for complete peak separation regardless of elemental content or ratio. The C/N ratio and C/S ratio can be accurately separated and analyzed up to 12,000:1.

• Analytical Equipment and Devices

The inductar CS cube is a new carbon and sulfur analysis device that is highly accurate, user-friendly, resistant to dirt, fully automated, and equipped with everything required. It gathers innovations and creative ideas that enable unprecedented ease of use and reliability, changing the concept of CS analysis. <Features> ● Dirt-resistant internal structure and easy maintenance ● Standard equipped with an auto-sampler (89 holes or semi-auto) ● Long-lasting solid-state high-frequency induction heating furnace ● Grip-type piping connection (easy maintenance without tools) ● Highly functional software that is intuitive to use ● High-precision analysis of sulfur in steel ● Multi-language support, including Japanese display

• Analytical Equipment and Devices

In recent years, the importance of measuring the carbon content in solids has significantly increased. Nowadays, TOC measuring devices are not only used for analyzing environmental water but also play a crucial role in evaluating the amount of CO₂ fixed in soil and cement/concrete. Our total organic carbon analysis device for solids, 'soli TOC cube', can automatically separate and quantify various forms of carbon, including total carbon (TC), total organic carbon (TOC), total inorganic carbon (TIC), and even elemental carbon (ROC), which is difficult to distinguish from TOC, through multi-stage temperature elevation. It eliminates the need for acid pretreatment, allows for continuous measurement of up to 89 samples, and can handle a maximum sample size of 3g, setting it apart from conventional TOC devices. This device is gaining attention in the carbon recycling field, but its applications are expected to extend to various areas, including cement/concrete, carbon credits, and soil seabed carbon storage. *For more details, please check the catalog available for download in PDF format. *Feel free to contact us with any inquiries.

• Analytical Equipment and Devices

The fully organic carbon analysis device vario TOC cube features: 1. Diverse measurement parameters and sample compatibility It can measure TOC, NPOC, TC, TIC, DOC, POC, and TNb, accommodating a wide range of sample types including pure water, industrial wastewater, high-concentration saltwater, and solids. It is also suitable for difficult-to-decompose compounds, ensuring accurate analysis. 2. Flexible customization It supports automatic/manual sample introduction, liquid/solid sample compatibility, and can perform TOC-only measurements or simultaneous TOC and TNb measurements, catering to various user requests. Additionally, optional units allow for the analysis of TIC in solids. 3. Excellent measurement accuracy It maintains stable accuracy over a wide range from several ppb to several percent, providing high reliability even in the analysis of solid samples. 4. Efficient routine analysis With easy maintenance and the capability for unmanned operation through an auto-sampler, it offers options for 32, 50, or 80 sample capacity, enhancing the efficiency of daily operations. 5. Low running costs with SALTTRAP By employing SALTTRAP to prevent component deterioration due to salt crystallization, it extends the lifespan of parts and reduces running costs. Its unique technology enables high-sensitivity continuous analysis without the need for maintenance.

• Analytical Equipment and Devices

Elementar's TOC analysis device has been highly regarded in the field of environmental water analysis and wastewater analysis around the world for decades. As a result of further innovations, the enviro TOC has finally been born, packed with new technologies such as a powerful electric furnace, easy measurement mode switching, the desalination technology SALTTRAP, and a highly stable wide-range non-dispersive infrared detector (NDIR). In addition to the new auto-sampler, TNb measurement using a chemiluminescence detector (CLD) is also possible. In measuring TOC and TN contained in environmental water and wastewater, the enviro TOC is an ideal and futuristic device that enables flexible and efficient analysis. <Features> ● Standard equipped with an auto-sampler (60 holes / 40 ml EPA vials) ● Easy maintenance desalination technology SALT TRAP even for high salt concentration samples ● Combustion temperature that does not select samples, up to 1200℃ ● High versatility with rapid liquid/solid mode switching (solid option) ● Automatic cleaning function to suppress contamination and protect the injection unit

• Analytical Equipment and Devices

The visION series is a stable isotope ratio analysis solution that includes an elemental analyzer (EA) and a gas chromatograph (GC) as pretreatment devices for the stable isotope ratio mass spectrometer (IRMS). We propose optimal solutions for various applications, including food analysis, fragrance analysis, earth sciences, and archaeology. 1. A stable isotope analysis solution that prioritizes ease of use. 2. Standardized workflows through automated and simplified operations, ensuring data quality independent of the operator. 3. Complete software control that is less affected by the operator's skill level. 4. Reduction of implementation costs for systems specialized in routine analysis by refining unnecessary functions. 5. One general-purpose pretreatment device included, with the capability to connect one additional type, for a maximum of two types of pretreatment devices.

• Analytical Equipment and Devices

• Incredible new capabilities for acquisition and data processing. • Elegant user interface with contextual control. • Intelligent and automatic instrument performance optimization. • Instantaneous data processing with dynamically updating results. • Import your data from 3rd party instruments.

• Analytical Equipment and Devices