Cartesykj Tire tread Depth&Chassis Holographic Intelligent tester Drive-over Tire Tread Depth scanner CTLTT-3

The automatic measuring instrument for tire tread depth and the automatic scanner for vehicle bottom are devices that automatically perform rapid scanning of the tread surfaces of each tire and the actual condition of the vehicle bottom after the vehicle passes through the scanning platform. This instrument, through computer data analysis, can intelligently display tire wear conditions and calculate tire tread depth values. The vehicle bottom scanning system can also display various details of the vehicle bottom, and the imaging provided by the instrument is conducive to observing abnormalities in the vehicle bottom and analyzing problems and faults. It is one of the preferred devices for ensuring vehicle driving safety and public safety.

• Easy to install: The body is integrally welded, with high strength and ease of use. The installation method can be selected according to on-site requirements
• Accurate measurement of tire tread depth can be achieved by driving at low speed
• Smart reminder: It can automatically identify the depth of tire tread patterns and provide alarm notifications for abnormal tire conditions
• Pass-through without sensing: Automatically complete measurements without any manual intervention
• Quick and easy: scanning and detection can be completed with slow passage
• High-precision measurement: The measurement of tire tread depth can reach up to 0.01mm. It features an over-limit alarm function
• Easy to maintain: Utilizing visual technology and laser technology for non-contact detection
• Software customization: User detection report data can be uploaded according to user needs
• Non-destructive testing: No need to disassemble the tire for tire measurement, and no need for a vehicle lift to inspect the bottom of the car
• Automatically scan tire tread patterns and take images of the vehicle's underside during low-speed passage
• It can perform abnormal alarm for vehicle bottom imaging for specific vehicle models