フォス･ジャパン List of Products and Services

In this catalog, we introduce a wide range of "chemical analysis solutions" offered by Foss. We have a rich selection including "Kjeldahl analyzers," "digestion units," and "solvent extraction units." Our solutions reduce repetitive tasks and manual work, minimizing the handling of reagents, which enables efficient analysis in the lab. Automated analysis achieves high reliability by eliminating human error. Please feel free to download and take a look. 【Main Applications Offered by Foss】 ■ Nitrogen/Protein ■ Fat (acid digestion method), crude fat, and other solvent extractions ■ Crude fiber, detergent fiber, dietary fiber ■ Nutrients in water and soil ■ Others 【Contents (Excerpt)】 ■ Kjeldahl analyzers ■ Digestion units ■ Solvent extraction units ■ Crude fiber extraction ■ Dietary fiber ■ Sample mill (grinder) ■ Indirect analysis (near-infrared analysis) ■ Indirect analysis (Fourier transform infrared spectroscopy) *For more details, please refer to the PDF document or feel free to contact us.

Since its founding in 1956 by Nils Foss, who developed and launched a moisture meter for grains, Foss has introduced various analytical instruments for the food and feed industries. Over its 66-year history, the company has accumulated analytical technologies and know-how in fields such as raw milk and dairy products, grains, feed, alcoholic beverages, and meat and fish, and will continue to support customers in the food and agriculture sectors with its unparalleled wealth of experience and insights. This document lists application technical materials for chemical analysis of Foss products.

The "Keltec 9" that we handle can be used in various fields, including dairy products, wine, and meat. It supports a wide range of applications such as "measurement of crude protein content in grains, legumes, and related products" and "measurement of crude protein in food." Please feel free to contact us when you need assistance. 【List of Applications (Excerpt)】 ■ Application Notes ■ Measurement of crude protein content in grains, legumes, and related products ■ Measurement of crude protein in food ■ Measurement of nitrogen in meat and meat products ■ Measurement of crude protein in feed and silage *For more details, please refer to the PDF materials or feel free to contact us.

The "Keltec 9 Analyzer" is a state-of-the-art fully automatic Kjeldahl analysis device suitable for measuring nitrogen, protein, TKN using the Kjeldahl method, as well as for the alkaline direct distillation method (DD method), Devalta alloy method, volatile acids, and VBN measurement. The titration section features a durable LED light source and photodiode for colorimetric signal detection, achieving high precision and stable titration over long periods. Since it can fully automate all processes of Kjeldahl analysis except for heating decomposition, it significantly reduces analysis time and labor for measurement tasks. 【Features】 ■ Equipped with an automatic self-diagnosis function ■ Complies with official methods for colorimetric titration (approved by AOAC, EPA, DIN, ISO, etc.) ■ Rapid measurement time of 3.5 minutes per sample ■ USB port for data output and batch information installation ■ High-performance burette achieves high precision with control of 1.2μL/step ■ Sample matching function *For more details, please refer to the PDF materials or feel free to contact us.

The "Keltec 9 Distillator" is an automatic distillation device suitable for measuring nitrogen, protein, and TKN using the Kjeldahl method, as well as for alkaline direct distillation (DD method), Devalta alloy method, volatile acids, and VBN measurement. It is equipped with a self-diagnosis function that quickly detects abnormalities in the equipment. Cooling water is used only during the distillation process, and the flow rate can be automatically adjusted by a temperature sensor, significantly saving the amount of tap water used. 【Features】 ■ Automation of sample dilution, alkali addition, absorbent supply, distillation, and waste liquid discharge ■ Measurement of volatile components other than nitrogen is possible due to the output adjustment function of the steam generation device ■ Upgradeable to automatic titration specifications ■ Various safety features and warning functions ensure operator safety ■ Enhanced equipment diagnostics and troubleshooting functions *For more details, please refer to the PDF document or feel free to contact us.

The "Keltec 9 Analyzer Auto Sampler" is a fully automatic Kjeldahl automatic distillation titration device suitable for measuring nitrogen, protein, and TKN using the Kjeldahl method, as well as for alkaline direct distillation (DD method), Devalta alloy method, volatile acids, and VBN measurement. It employs an LED light source and a photodiode in the colorimetric signal detection section. High-precision titration can be performed with a burette that allows control of 1.2μL/step. 【Features】 ■ Fully automated process including alkaline addition, absorbent liquid supply, distillation, titration, calculation, result display, printing, data transfer, and tube residual liquid discharge. ■ Auto sampler system for 60 or 20 samples. ■ Equipped with an automatic self-diagnosis function. ■ Complies with official methods for colorimetric titration (approved by AOAC, EPA, DIN, ISO, etc.). ■ Rapid measurement time of 3.5 minutes per sample. *For more details, please refer to the PDF document or feel free to contact us.

The "Keltec 8100" is a versatile distillation device designed for nitrogen, protein, ammonium nitrogen, TKN analysis using the Kjeldahl method, direct distillation (DD method), and volatile acid measurement. It is equipped with excellent basic performance required for Kjeldahl distillation, while pursuing safety and functionality. Additionally, cooling water is used only during the distillation process, and the flow rate can be automatically adjusted by a temperature sensor, significantly saving tap water usage. 【Features】 ■ Automation of sample dilution, alkali addition, distillation, and waste liquid discharge ■ Equipped with a self-diagnosis function for quick detection of equipment abnormalities ■ Measurement of volatile components is possible due to the output adjustment function of the steam generation device ■ Complies with official methods for colorimetric titration (approved by AOAC, EPA, DIN, ISO, etc.) ■ Rapid measurement time of 3.5 minutes per sample *For more details, please refer to the PDF document or feel free to contact us.

The "Soxhlet Tech 8000" is an automatic solvent extraction device that pursues unique safety based on international standards. It fully automates four processes: boiling extraction, rinsing, solvent recovery, and preheating. Compared to traditional Soxhlet methods, it can perform solvent extraction at five times the speed, allowing for a maximum of 7 batches (6 samples per batch) to be measured in one day. => [Extraction time: Approximately 1 hour, lipid content 25% or less] Additionally, by expanding the main unit, it is possible to control two Soxhlet Tech devices with one controller, enabling a configuration for simultaneous extraction of up to 12 samples. This allows for processing of up to 84 samples per day. [Features] ■ Complies with food labeling standards, Appendix 9, Column 3, solvent extraction - weight method ■ Fully automates the process from the start of analysis to the end of extraction ■ Unmanned operation with automatic shutdown function ■ Sealed selector-type solvent addition mechanism ■ Cost savings on reagents through solvent recovery function ■ Built-in removable solvent recovery tank *For more details, please refer to the PDF document or feel free to contact us.

The "FiberTech 8000" is a fully automated extraction device for efficient and safe fiber analysis, compliant with standard fiber analysis methods such as the Weende method and the Van Soest method. It can be flexibly applied to various measurement methods for crude fiber, ADF/NDF, ADL, hemicellulose, lignin, and more in feed, food, and plant materials. Operators can perform thermal extraction, filtration, and washing safely and fully automatically with simple operation by just setting a glass crucible in the main unit and pressing the start button. 【Features】 ■ Fully automatic and easy operation ■ Advanced functions ■ High safety ■ Excellent cost-effectiveness ■ Crude fiber, ADF, ADL, NDF *For more details, please refer to the PDF materials or feel free to contact us.

In preparation for the complete transition to labeling based on the Food Labeling Act, "time reduction and labor-saving in analysis operations" is gaining attention. Our dietary fiber analysis device, the 'FiberTech 1023 System', can be applied to the enzyme method for total dietary fiber, soluble and insoluble dietary fiber, and is also compatible with sample processing for colorimetric and chromatographic analysis. It can filter 6 samples simultaneously and rapidly, achieving efficient analysis. 【Features】 ■ No need to transfer samples due to specially designed flasks ■ High-speed filtration (approximately 2 to 4 minutes for 100ml solution) ■ Enzymatic treatment of 12 samples simultaneously (when using 2 filtration modules) ■ Improved filtration efficiency through pressurization from the reverse direction (in case of residue clogging during filtration) *We also offer a variety of other analytical instruments! For more details, please refer to each document available for "PDF download."

The "FT122/FT121 Fiber Tech" is a rapid extraction device for measuring crude fiber, ADF, NDF, cellulose, hemicellulose, and lignin in food, feed, and plant materials. It maintains the essential performance required for fiber extraction while achieving outstanding cost performance. 【Features】 ■ Simultaneous extraction of 6 samples ■ Safe and complete extraction, filtration, and washing ■ Complies with the crude fiber extraction conditions described in ISO and EC directives ■ Compatible with four types of glass crucibles of different mesh sizes ■ No need to transfer samples during each process *For more details, please refer to the PDF document or feel free to contact us.

In April 2020, the new food labeling law was fully implemented, and "the efficiency of analytical operations" has garnered more attention than ever before. Foss contributes to the efficient, rapid, and high-precision analysis of food component analysis required by the food labeling law using technologies such as FT-IR (mid-infrared), NIR (near-infrared), and Kjeldahl. This can be utilized not only for food but also for the analysis of pet food, fish meal, and more. [Main analytical techniques for nutritional component analysis] - Protein: Kjeltech, NIR (near-infrared analyzer) - Fiber: Fibertec - Acid digestion & lipid extraction: Hydrotech, Soxtec - Others: NIR (near-infrared analyzer) For more details, please download the PDF or contact us.

The document provides a detailed explanation of the value of automated operations and rapid methods in the laboratory. It includes a discussion with the Senior Laboratory Supervisor of Grand Mills PJSC Agthia Group in the Philippines on topics such as "the biggest challenges and trends faced by laboratories" and "the future role of rapid analytical methods in laboratories." Please feel free to download and read it. [Contents] ■ The biggest challenges and trends faced by laboratories ■ The value of automated chemical analysis methods ■ The future role of rapid analytical methods in laboratories *For more details, please refer to the PDF document or feel free to contact us.

In the food industry, there is an increasing need to measure new sample types that contain unknown ingredients due to the shift towards more innovative products such as additive-free foods, supplement products, new ingredients, and vegan alternatives. By integrating indirect methods such as Near Infrared (NIR), analysts can instantly know the expected sample values, making it easier to determine the sample preparation procedures for the next steps. NIR has the potential to reduce workload as it allows for calibration adjustments to meet specific needs. Additionally, if sufficient data can be obtained, much more can be achieved with NIR than previously thought. [Case Overview] ■ Increase in unknown sample types due to product development ■ NIR analysis adds value at the sample preparation stage ■ Double reliability ■ Key to NIR success *For more details, please refer to the PDF materials or feel free to contact us.