Assembly & Integration
This process involves the systematic combination of individual components into complete products or subassemblies. It can include both mechanical and electrical integration, functional testing, quality inspection, and sometimes software flashing or calibration. Assembly requires detailed documentation like work instructions, torque specifications, and often utilizes jigs, fixtures, and error-proofing techniques (poka-yoke). Integration ensures that disparate components function cohesively as a single product or system.
This process involves the systematic combination of individual components into complete products or subassemblies. It can include both mechanical and electrical integration, functional testing, quality inspection, and sometimes software flashing or calibration. Assembly requires detailed documentation like work instructions, torque specifications, and often utilizes jigs, fixtures, and error-proofing techniques (poka-yoke). Integration ensures that disparate components function cohesively as a single product or system.
This process involves the systematic combination of individual components into complete products or subassemblies. It can include both mechanical and electrical integration, functional testing, quality inspection, and sometimes software flashing or calibration. Assembly requires detailed documentation like work instructions, torque specifications, and often utilizes jigs, fixtures, and error-proofing techniques (poka-yoke). Integration ensures that disparate components function cohesively as a single product or system.