Center Console Interior Part Checking Fixture

A: Designing both sides on one base ensures that any tooling or molding trends are captured symmetrically. It optimizes floor space in your quality lab and allows for a direct visual comparison between the two parts, which is critical for identifying batch-to-batch inconsistencies.

A: We incorporate "Simulated Carpet Blocks" made from durable resin that mimic the compressed height of the vehicle's floor covering. This allows you to verify that the panel sits at the correct depth to avoid unsightly gaps or interference.

A: We use "Functional Clip-Dummies." These are precision-machined steel inserts that simulate the actual mating clip-tower. If a part's clip-seat is out of tolerance, it will not seat properly on the dummy, providing an immediate visual "Fail" signal.

A: We apply a "Zero-Friction" coating to all resin contact nests. Furthermore, we design the fixture to apply clamping pressure only to the backside structural ribs, ensuring the visible Class-A surface remains pristine throughout the inspection process.

A: Our fixtures feature "Interchangeable Interface Modules." Instead of rebuilding the entire tool, we simply swap the dashboard simulation block for a new one, keeping your production line moving with minimal downtime.

A: Every tool undergoes a 100% CMM inspection at our facility. We then secure it with specialized tie-downs in a shock-protected wooden crate and provide the raw data files so your team can perform an identical "Arrival Calibration" to verify zero-shift during transit.

A: Yes. We can pre-install wireless digital dial indicators at CTQ (Critical to Quality) points. These feed directly into your SPC software, allowing for real-time monitoring of molding shrinkage and process stability.

A: We include "Temperature Compensation Markers" on the fixture base. By referencing these markers during your CMM run, you can adjust your measurement data to account for the ambient temperature of your facility, ensuring 100% accurate reporting.