These cells utilize 6-axis robots for various dispensing applications such as liquid gasket dispensing. Dispensing by means of 6-axis robots is an efficient platform for various dispensing applications, when a 3-axis tabletop robot does not provide the flexibility required.
Izumi International specializes in custom automation for dispensing. The automated cells are customized for the customer application, and incorporate 3 or 4 axis table top robots or 6-axis robots. Dispensing systems are incorporated per application, and can be traditional pneumatic dispensers or non-contact type jet dispensers. Cells can be physically enclosed or fit with safety curtains, depending on application.
These workstations can be customized for the customer’s specific applications, and can be modified after installation. Options such as table height adjustment, special lighting, gravity feed bin systems are available upon request.
Izumi International designs and manufactures industrial control panels. All control panels for the equipment we provide are built in our in-house panel shop and we also […]
Karakuri automation systems require no electricity or electronic controls, utilizing the weight of the product itself to generate motion. It is a low cost solution for automated material handling.
Izumi International, Inc. develops and manufactures unique 3D dispensing equipment capable of printing living cells. The systems can be equipped with multiple dispensers for various biomaterials. Optional jet dispensers are available for high speed / non-contact dispensing. The systems utilize 3 axis positioning with optional 4th rotational axis.
The STREX Cell Stretching System mechanically stresses cells growing in culture by stretching and compressing them, thereby providing an environment similar to the one in which living cells exist. Thus, it differs from standard in vitro approaches by allowing observation of the changes that the cells undergo, and the responses they manifest, in the presence of dynamic physical forces. The system finds application for an array of cells with adhesion properties.
