CSJ-10A - AirPro Diagnostics

Specifications

• Manufacturer: AirPro Diagnostics MAHLE Service Solutions
• Model: CSJ-10A
• Part Number: 4858002300
• Weight: 409 lbs (185.5 kg)
• Dimensions: 50 x 50 x 24 inches (127 x 127 x 61 cm)
• Construction: Heavy-duty, stable frame for precise operation.

Key Features

• Precision Calibration Support: Facilitates accurate alignment for Advanced Driver-Assistance Systems (ADAS) sensors.
• Robust Construction: Designed with durable materials for stability and longevity in professional workshop environments.
• Integrated Measurement Guidance: Incorporates features that assist in precise measurements during calibration procedures.
• Adaptable Target System: Offers adjustability to support various vehicle makes and models for target positioning.
• Diagnostic Software Compatibility: Engineered for integration with industry-standard diagnostic software platforms.

Applications

• Automotive Service Centers: Used by professional garages and dealerships for comprehensive vehicle diagnostics and calibration.
• Collision Repair Shops: Essential for post-collision repair to recalibrate ADAS systems and verify vehicle safety.
• Vehicle Recalibration Facilities: Supports specialized centers focused on ADAS sensor alignment and system validation.
• ADAS Sensor Alignment: Employed for precise adjustment of radar, camera, and lidar sensors across diverse vehicle types.

Benefits

• Delivers Accuracy: Supports highly precise ADAS sensor alignment, essential for system functionality and vehicle safety.
• Optimizes Workflow: Streamlines complex calibration processes, contributing to reduced service times and increased workshop throughput.
• Ensures Regulatory Adherence: Aids service centers in meeting manufacturer specifications and industry safety standards for ADAS repairs.
• Provides Operational Stability: Offers a stable and durable platform for critical diagnostic and calibration tasks, which can minimize operational errors.
• Extends Service Capability: Equips technicians to service modern vehicles incorporating advanced driver assistance technologies.