POWER OPERATED MACHINES ASSEMBLING COMPONENTS

Brand Owner (click to sort) Address Description
KENRIE Kenrie, Inc. 258 E 48th Street Holland MI 49423 Power-operated machines for assembling components, namely, wrist pins, piston rings, sealing rings and bearing rings; power-operated machines for grinding, honing, and forming metal parts, and abrasive tools, namely, flat stones that are in a circular pattern, used with power operated machines, for grinding, honing, and forming metal parts;
KENRIE Kenrie, Inc. 258 E 48th Street Holland MI 49423 Power-operated machines for assembling components, namely, wrist pins, piston rings, sealing rings and bearing rings, power-operated machines for grinding, honing, and forming metal parts, and abrasive tools, used with power operated machines, for grinding, honing, and forming metal parts;
MICRO TEXTRON MATIC MICROMATIC A TEXTRON COMPANY MICROMATIC INC. 400 136th Avenue Bldg 100 Holland MI 46494 Power-operated machines for assembling components, namely wrist pins, piston rings, sealing rings and bearing rings, power-operated machines for grinding, honing, and forming metal parts, and abrasive tools, used with power operated machines, for grinding, honing, and forming metal parts;COMPANY;
MICROHONE Kenrie, Inc. 258 E 48th Street Holland MI 49423 Power-operated machines for assembling components, namely, wrist pins, piston rings, sealing rings and bearing rings, power-operated machines for grinding, honing, and forming metal parts, and abrasive tools, used with power operated machines, for grinding, honing, and forming metal parts;MICROPHONE HONING;
MICROHONE Kenrie, Inc. 258 E 48th Street Holland MI 49423 Power-operated machines for assembling components, namely, wrist pins, piston rings, sealing rings and bearing rings, power-operated machines for grinding, honing, and forming metal parts, and abrasive tools, used with power operated machines, for grinding, honing, and forming metal parts;
 

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

    
Technical Examples
  1. A method for assembling machines using multiple, structurally equivalent components. The characteristics of each component are tested. The tested components are sorted into component classes using the test information. Individual components are selected from the classes and combined in a manner that, when combined, will provide desired price/performance characteristics in the machine. Machines with improved price/performance characteristics may be assembled without requiring change to the quality of the components, or the manner in which the components are manufactured.