Automatic Jet Car Wash Equipment

Crossfire systems wash both sides of the vehicle simultaneously rather than circling the exterior with a single wand. By cleaning driver and passenger sides in unison, the equipment reduces overall wash cycle time, allowing commercial wash facilities and fleet operations to process more vehicles per hour and increase daily bay throughput.

Traditional automatics rely on moving wands or mechanical arms that travel around the vehicle perimeter, presenting collision risks. 3B Industries systems operate without moving arms or wands, eliminating vehicle crashes, mirror snags, and accessory damage while safely accommodating vehicles with aftermarket parts such as spoilers, roof racks, and window guards.

The product line accommodates a diverse range of vehicle profiles. Standard Crossfire configurations wash everyday passenger vehicles of any length safely. For larger requirements, the Crossfire+, Beast, and Crossfire XL systems are engineered to handle oversized vehicles, utility trucks, service vehicles, and commercial fleet vans without equipment modifications.

Equipment structures and piping are built using heavy-gauge stainless steel construction. Incorporating stainless steel piping eliminates frequent hose repair downtime, while components like the F5 Side Blaster utilize UHMW bearing materials. These components require no swivels or routine lubrication, ensuring durability and simplified routine maintenance for operators.

The F5 Side Blaster Tower operates as a pre-wash blaster in tunnel systems or as a standalone wash blaster in in-bay automatics. Available in Solo, Tandem, or Treble configurations, it strips heavy mud below window level before vehicles enter brush stages, eliminating the need for manual prep guns and wash operators.

Crossfire touchless automatic systems feature an integrated touchscreen control interface. This digital interface provides operators with complete control over wash cycles and machine functions, allowing facility owners to adjust wash passes, manage operational settings easily, and simplify day-to-day equipment operation without complex manual programming or calibration procedures.