POWER WINDOW SUB SW. ASSEMBLY AND TESTING MACHINE

POWER WINDOW SUB SW. ASSEMBLY AND TESTING MACHINE

The Power Window Sub Switch Assembly and Testing Machine is an automated 11-station system comprising STN1 Part Placement, STN2 Spring Pick and Place, STN3 Spring Check, STN4 Greasing in Part, STN5 Ball Pick and Place, STN6 Housing with Knob Pressing, STN7 Spare, STN8 Housing Assembly Press with Insulator, STN9 Up Contact and Force Testing, STN10 Down Contact and Force Testing, and STN11 OK/NG Part Placement in Bin. This integrated machine ensures precise assembly, reliable testing, reduced manual effort, consistent quality, improved productivity, and efficient production operations.

Why Choose Us Link Automation?

QUALITY

Consistent inspection and process control ensure quality, reduce defects, and maintain reliable production standards.

PRODUCTIVITY

Automatic or semi-automatic operation improves efficiency, reduces manual effort, and ensures smooth.

TRACEABILITY

Data-driven and customer-specific reports provide clear insights, accurate analysis, and tailored information for better decision-making.

FLEXIBILITY

Effective variant and changeover control ensures smooth transitions, minimizes downtime, and maintains consistent production quality.

COST

Smart engineering and standardized technology ensure efficiency, reliability, precision, and consistent performance across industrial operations.

SUPPORT

Commissioning, troubleshooting, and AMC services ensure reliable operation, quick issue resolution, and long-term equipment performance.

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Frequently Asked Questions

What is a Power Window Sub Switch Assembly and Testing Machine?

It is an automated 11-station machine designed to assemble and test power window sub-switch components with high accuracy, consistency, and efficiency.

The machine consists of 11 stations, covering part placement, spring handling, checking, greasing, ball placement, pressing, assembly, contact testing, force testing, and final OK/NG segregation.

The machine reduces manual effort, improves assembly accuracy, provides consistent testing, minimizes human errors, increases productivity, and supports reliable quality control throughout the production process.

Yes, its automated multi-station operation is suitable for production environments requiring fast, repeatable, and consistent assembly and testing.