Hub surface profile and height detection The wheel hub surface profile and high consistency affect dynamic balance and appearance quality.
Automotive Stamping Parts Thickness and Warpage Detection Automotive cover parts and structural parts are prone to uneven thickness and warping deformation after stamping, which directly affects the welding accuracy and vehicle assembly quality.
Body weld height and forming quality inspection Insufficient or excessive weld height will affect the strength and appearance quality of the car body, and the consistency of traditional visual inspection is poor.
Automotive sealant coating height detection Inconsistent heights of sealants in car doors, sunroofs, etc. can lead to problems such as water leakage and abnormal noise.
AutomotiveGlass Thickness and Flatness Inspection Front windshield Glass and side window Glass have strict requirements on thickness and warpage, which directly affects the assembly and sealing effect.
Inspection of key dimensions of engine parts Engine parts have high accuracy requirements for key dimensions such as height and steps, and contact measurement efficiency is low.
Brake disc surface wear height detection Uneven wear of brake discs will affect braking performance and safety, and requires quantitative detection methods.
New energy Automotive battery pack shell flatness inspection Insufficient flatness of the battery pack shell will affect the sealing and thermal management performance.
Automotive electronic packaging adhesive layer thickness detection Automotive electronics has high requirements for the consistency of adhesive layer thickness, which is directly related to reliability and durability.
Body gap and surface difference detection Gaps and surface differences in body assembly directly affect the appearance quality of the vehicle, and manual inspection is highly subjective.