マツボー Product Lineup

Selected for the SBIR Program Phase I of the U.S. National Science Foundation. Mass production of uniform nanoparticles ranging from 50 to over 500 nm at a continuous rate of over 100 mL/min. Functionality for nanoparticle concentration and organic solvent dilution is provided by a TFF unit. Achieved a filling rate of over 99% through active loading of liposomes. Scale-up from lab-level to mass production, which was impossible with conventional equipment, is now feasible. Additional processing steps such as crystal injection and surface modification can be added to the manufactured liposomes, enabling highly flexible continuous production.

Incorporating Bioquell's hydrogen peroxide vapor decontamination technology, which has a long-standing reputation and track record in Japan, this isolator can improve workflows and enhance productivity. With customizable configurations of 2, 4, or 6 gloves, you can implement an aseptic workspace at a reasonable cost and with a short lead time. It offers excellent advantages in terms of materials and structure, as well as ease of installation and operation, as follows:

This device has made continuous measurement of nanoparticles possible for the first time in the world, and if used for evaluating and managing processes from research to production, it can significantly improve quality control and production efficiency.

Both routine and emergency decontamination can be automated using Bioquell ProteQ as part of contamination management, allowing for the decontamination of rooms and areas. The latest 35% hydrogen peroxide vapor decontamination system can decontaminate everything from small laboratories to large bioprocessing areas. Powerful dispersion reduces cycle times, and new wireless features enable networking of multiple units, making it ideal for areas of any size. For GMP and non-GMP applications, you can choose from pre-registered time cycle or parametric cycle control. Bioquell ProteQ has a built-in aeration function, but you can further optimize the cycle with an optional wireless aeration unit that can be stored directly in the main unit. Validated high-level decontamination allows for easy coverage of all exposed surfaces with vapor in a single cycle.

The L-4 can be used for the multipurpose elimination of biological contamination in machines or small enclosure systems, open spaces, and rooms. It allows for quick connections and easy room setups, achieving validated 6-Log kill decontamination. Bioquell's hydrogen peroxide vapor technology effectively decontaminates contaminants such as isolators, BSCs, freeze dryers, pass-throughs, and rack washers connected to the Bioquell L-4. The room decontamination option further enhances the system's versatility. The Bioquell L-4 can be used by installing an indoor distribution head or by connecting from outside the zone to meet specific needs. When using Bioquell products, there is no need to wait for limited temperature or humidity ranges. From the start, the dual-loop technology of the Bioquell L-4 releases steam first and then rapidly converts hydrogen peroxide vapor into water vapor and oxygen, demonstrating its effectiveness. Details of all cycles are printed, and real-time cycle data can be recorded via Ethernet for LIMS, BMS, SCADA, or other data collection systems.

The Sepha Multi-Q is a multifunctional leak tester that can perform multiple types of leak tests with a single device. By changing attachments, it can accommodate leak testing for all types of packaging, including vials, syringes, ampoules, pillow packs, pouches, four-way/three-way seal packages, and MAP (modified atmosphere packaging). It complies with data integrity standards, 21 CFR Part 11, and CCIT. It can detect pinholes as small as 1µm, and testing methods include vacuum differential pressure (ASTM F2338-09(2013)), pressurized differential pressure, and pressure decay methods.

1. A special film with extremely high resistance and stability against a wide variety of solvents is adopted. 2. The film is FDA, USP, and EP approved. It has antistatic properties and does not generate dioxins during incineration. 3. Compared to hard wall isolators, the initial investment is about one-tenth and the delivery time is shorter. Design changes after delivery are also easy. 4. Customizable design allows for adaptation to various concepts and can be flexibly applied to existing equipment. 5. Due to the disposable concept, cleaning validation is unnecessary, and complicated verification processes are not required. 6. A unique dedicated crimping tool allows for easy separation of sleeves and bags without exposing them. 7. Containment level achieves OEL < 1μg/m³. 8. It also supports negative pressure management.

In membrane filtration, fouling on the membrane surface significantly affects the permeate flux and separation performance due to physical clogging and concentration polarization. Conventional TFF (tangential flow filtration) technology mitigates fouling by creating turbulence on the membrane surface through high flow rates. In contrast, VMF (vibrational membrane filtration) technology reduces fouling using a vibration-based approach. By utilizing vibrations, it can achieve better performance than traditional TFF. <Examples> - Achieving high concentration ratios of nucleic acids (mRNA) - Enabling stable low TMP operation over long periods (mAbs) - Achieving higher concentration than conventional methods with single-pass TFF (SPTFF) (mAbs) - High recovery rates for large molecular weight proteins (E. coli lysate) Vibrational membrane filtration technology achieves low shear while continuing operation under high load conditions. Reports on the above examples using VMF can be viewed in the catalog corner.