マツボー Product Lineup

This is a centrifuge manufactured by Heinkel, characterized by a completely sealed mechanism and fully automated processes. By incorporating the PAC pressurized filtration system, it further enhances dewatering capabilities and enables the filtration of difficult-to-filter substances. It also boasts a high centrifugal force of up to 3,000 G. The synergy between high G and the PAC system allows for a reduction in size compared to centrifuges from other manufacturers. It is an ideal device for applications in pharmaceutical active ingredients, intermediates, and high-performance resin electronic components. It enables centrifugal dewatering of hazardous raw materials while contained, and with automatic liquid injection and cake discharge, it allows for safe, secure, and labor-saving operations without the need for operator intervention.

This is a single-axis high-pressure screw press specifically for organic materials. It has a high screw compression ratio, enabling high dewatering efficiency. For raw materials that are difficult to dewater, by extending the screw and increasing the retention time during dewatering, good dewatering results can be achieved. Additionally, the screens used are made of 4mm thick stainless steel and have a special hole shape. Therefore, there is no decrease in dewatering rate due to clogging, even without constant washing.

- The fluidization of raw materials due to vibrations results in less breakage, drying unevenness, and scattering of the materials. - Since there are no stirring blades or similar components, cleaning and sanitization are easy. - There are few sealing parts, making it easy to maintain high vacuum.

The FAMAT sampling valve is used by major pharmaceutical companies, biotechnology companies, and chemical companies around the world (Roche, Novartis, Merck, Johnson Matthey, Pfizer, Basf, GSK, Bayer, Lonza) and has received high acclaim. Designed for powder sampling, it eliminates dead space, improves cleanliness, and is designed to prevent cross-contamination. The globally patented Expanding Piston Technology (EPT) is uniquely designed to allow for the most typical sampling, where the piston expands directly against the inner wall of the valve body to seal, eliminating the need for O-rings or seats, thus reducing the risk of sample contamination. Flexible materials utilize the dedicated ILC Dover's AmorFlex anti-static, chemical-resistant reinforced film (https://www.ilcdover.com/products/armorflex-films/), ensuring clean and safe containment while providing the convenience and productivity of single-use.

This is a groundbreaking and unique technology that uses patented nanofilter elements to separate only organic solvents from process solutions and waste liquids. Compared to distillation methods, energy consumption is reduced by 90%, and investment can typically be recovered in 2 to 3 years. It allows for the regeneration of unused waste solvents while keeping initial costs low, thus reducing the cost of solvent usage. CO2 emissions are also significantly reduced, contributing to corporate social responsibility and enhancing the company's image through the use of green technology. The filter elements are resistant to strong solvents, acids, and alkalis. Examples of compatible organic solvents include: acetone, acetonitrile, DMAc, DMF, DMSO, ethyl acetate, ethanol, hexane, isopropanol, PGME, IPA, methanol, PGME, PGMEA, THF, NMP,....

A drying method that replaces spray dryers, significantly reducing initial capital investment and drying energy consumption. It can also be provided in a space-saving system that integrates heaters, liquid supply pumps, and vacuum pumps. Drying of high-viscosity products is possible. Vacuum drying can accommodate heat-sensitive raw materials. Being horizontal, it allows control of operating conditions without being affected by gravity. In a closed environment, there is no contamination of raw materials, and CIP (Cleaning In Place) is also possible. As a continuous system, it allows for production adjustments based on operating time with the same equipment.