Working Principle and Application Scope of Mobile Telescopic Spray Booths

Working Principle and Application Scope of Mobile Telescopic Paint Booths

Mobile telescopic paint booths achieve automation and environmental protection requirements in painting operations through flexible telescopic structures and high-efficiency exhaust gas treatment systems. Their working principle and application scope are as follows:

Working Principle

The mobile telescopic front chamber consists of a steel frame structure and flame-retardant PVC fabric, achieving automatic expansion and retraction through a parallelogram linkage mechanism or rail drive system. During operation, the front chamber moves smoothly along the rails to position above the workpiece, forming a closed/semi-enclosed space for painting. After completion, it retracts to one side, saving space and enabling multi-process shared usage of the area. Its core systems include: ‌

‌Telescopic Mechanism‌: Utilizes high-precision guide rails, drive motors, and synchronous control devices to achieve precise positioning, adapting to workpieces of different sizes; ‌‌Exhaust Gas Treatment System‌: Employs multi-stage filtration devices (such as paint mist filters, activated carbon adsorption, etc.) to ensure VOC emissions meet standards; ‌‌Drive Method‌: A bilateral drive, interlocked operation mode ensures stable movement, combined with safety limit controls to prevent deviation.‌

Application Scope

‌Heavy Workpiece Handling‌: Specifically designed for heavy workpieces such as energy storage battery brackets, achieving stable spraying through high-strength steel frames and optimized air volume design; ‌

‌Flexible Production Adaptation‌: Suitable for industries such as automotive and machining, enabling quick switching between workpieces of different sizes through telescopic functionality, improving workshop space utilization; ‌

‌Environmental Compliance‌: Meets national environmental assessment requirements, with end-treatment capabilities strictly matching environmental assessment parameters to ensure exhaust emissions comply with standards.‌