マツボー Product Lineup

This is a device that dispenses a set amount of samples or media into plastic petri dishes and performs shaking and mixing. Not only does it have high dispensing accuracy, but it also processes large volumes, allowing for the efficient and precise creation of media petri dishes. It is particularly suitable for streamlining quality control in bacterial testing and can also accommodate inexpensive petri dishes that are not specifically designed for automatic machines, thereby reducing running costs.

- Wide range of support from small quantities of various products to high-speed filling - High-speed filling is possible without applying shear to the filling material, thanks to the "multi-spindle" filling head (patented) - Capable of designing and manufacturing including upstream and downstream equipment of the filling machine - For filling materials with good fluidity, a shut-off tool is available - A wide range of products can be accommodated with abundant options - Double funnel structure prevents splashing during filling

The Kalix tube filling machine from France is equipped with hot air sealing technology that allows for various designs of the sealing section. It can process tubes into various shapes, including simple shapes, radii, euro slots, round corners, and original designs. Additionally, it features a simple structure that makes switching between product types easy, making it ideal for small-batch, diverse production. It boasts a track record of 5,000 units delivered worldwide, including to top manufacturers in the cosmetics industry. 【Features】 ■ High-performance hot air method recognized worldwide, with easy nozzle replacement ■ Simple design for easy and very user-friendly operation ■ Product type switching takes about 10 minutes, ideal for small-batch, diverse production ■ A proven track record of 5,000 units delivered worldwide, including to top manufacturers in the cosmetics industry *For more details, please download the catalog or contact us.

In conventional tap density measurement devices, the test specimen may become tilted within the cylinder, and since the memory is read by the human eye, discrepancies can occur in the measured and calculated values. GranuPack automatically performs the measurement and calculation of tap density, allowing for continuous recording of the changes in bulk density with each tap, thereby eliminating errors due to human error. An option for measuring tap density at temperatures up to 200°C is also available.

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.

High-Speed Inline Total Leak Testing Device for Vials, Syringes, BFS, and IV Bags This device is designed to enable non-invasive, non-destructive testing of various types of pharmaceutical containers and their contents at high production speeds in a 100% inline state. The tests are fast, highly reliable, reproducible, and provide consistent results, allowing for complete batch control without compromising the functionality of the containers or contents. The empty leak or pressure leak methods fully comply with current GMP international regulations. The container integrity test (CCIT) is based on ASTM F2338-09 (Standard Test Method for Non-Destructive Leak Detection of Packages) using vacuum and pressure decay methods. High-class machine design and automation solutions facilitate operations and support the reduction of downtime. The device is equipped with electronic batch record management or manufacturing execution systems and can be integrated into an Industry 4.0 environment.