MANUFACTURING CONTRACT MANUFACTURING

Brand Owner (click to sort) Address Description
MET-CAP Silex Microsystems AB Box 595 Järfälla 17526 Sweden Manufacturing and contract manufacturing, of products for use in industrial applications in the nature of micro electro-mechanical or MEMS devices, systems and components, and other devices, systems and components having micro-scale or meso-scale features, comprised of mechanical, electrical, optical, fluidic elements, or any combination thereof to order and/or specification of others; prototype fabrication of new products for others;Product development and design consulting services as well as computer hardware and software consulting services all in the field of industrial applications in the nature of micro electro-mechanical or MEMS devices, systems and components, and other devices, systems and components having micro-scale or meso-scale features, comprised of mechanical, electrical, optical, fluidic elements, or any combination thereof;
SIL-CAP Silex Microsystems AB Box 595 Järfälla 17526 Sweden Manufacturing and contract manufacturing, of products for use in industrial applications in the nature of micro electro-mechanical or MEMS devices, systems and components, and other devices, systems and components having micro-scale or meso-scale features, comprised of mechanical, electrical, optical, fluidic elements, or any combination thereof to order and/or specification of others; prototype fabrication of new products for others;Product development and design consulting services as well as computer hardware and software consulting services all in the field of industrial applications in the nature of micro electro-mechanical or MEMS devices, systems and components, and other devices, systems and components having micro-scale or meso-scale features, comprised of mechanical, electrical, optical, fluidic elements, or any combination thereof;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Provided are a system and method for automatically tracking a lot being moved between first and second manufacturing lines during semiconductor manufacturing. In one example, the method includes assigning a first state to the lot to indicate the lot's presence in the first manufacturing line. A trigger event indicating that the lot has been moved to the second manufacturing line may be identified, and a second state may be determined for the lot to reflect the lot's presence in the second manufacturing line. The second state may then be assigned to the lot.