Okyanus X1 - Passenger vehicle wash system

The Okyanus X1 is one of the most preferred 3-brush automatic vehicle wash systems thanks to its low operating costs, affordable pricing, and user-friendly operation. Equipped with 2 vertical brushes and 1 horizontal brush, the system delivers excellent cleaning performance for passenger cars, vans, SUVs, and high-roof minibuses through its PLC computer-controlled technology.

Its modular construction allows optional accessories to be integrated easily according to customer requirements. Designed with “Swing System” technology, the side and top brushes feature electronic and electromechanical safety systems that provide soft, safe, and controlled brush pressure on vehicle surfaces.

The “Soft Start” system ensures smooth starting and stopping of brush motors, while the independent inverter-controlled bridge system provides secure speed and load management.

The machine is capable of applying shampoo and wax while performing both washing and drying operations. Pneumatic, electronic, and mechanical components are sourced from high-quality international brands.

General Features

• 3-brush system (2 vertical, 1 horizontal)

• PLC computer control system

• Inverter-controlled bridge movement motor

• Electronically pressure-controlled horizontal brush

• Swing system vertical brushes

• Soft Start smooth operation system

• Foam application system

• Waxing and drying functions

• Emergency stop button

• Vehicle counter system

• Profiling or fixed 3-fan top drying unit

• Cable and hose connection pole

• Water protection shields

• Wheel guide pipes

Standard Equipment & Safety

• Manufactured from stainless steel, aluminum, and corrosion-resistant materials

• Electrostatic powder-coated surface

• Multiple wash program support

• Low-voltage electrical equipment

• Safe cable system against electrical risks

• Wind protection stabilization system

• Vehicle counting indicator

• Electronic brush pressure control with power relays

• Sensitive washing technology for different vehicle surfaces