Booth intended for the suction and removal of powder produced by sanding operations.

• Standard configuration
• Structure made of galvanized metal sheet
• Suction through a sparkproof electrical fan
• Slatted suction wall equipped with antistatic polyester cartridges placed at the back
• Dust collecting drawers
• Compressed air filter cleaning system with manual start up
• IP66 Light fixtures
• IP55 Electromechanical control board

!Options on request!

The eco-sustainable alternative

The endothermic booth works without burner; during the various phases of manufacturing, heat is generated and diffused inside the booth through radiant panels placed on the walls and on the roof (plenum), heating up the product to be worked through radiation. The panels are easy to install and use even in existing booths.

Thanks to the flexibility of our control panel, we can reduce the operating costs, through the cyclical and programmed switch-on of radiant panels, to maintain the temperature of the surface to dry unchanged, with the minimum power consumption. The same control panel allows the partial switch-on of the right and left radiant panels to be able to work only on the surface interested by the painting and drying cycle. Preparation phase: the ignition of panels increases the temperature of the plate exposed to radiation to approx. 25/30°C; preheating time goes from 3 to 5 minutes, according to the room temperature. Painting phase: thanks to radiation, of the heat on the plate, the paint disperses water and solvents faster; in this way the flash-off times between the layers considerably decrease. Drying phase (with programmed ventilation inside the booth of 2 minutes each 10 minutes of work to remove gases originated from the flash-off of the paints. Drying phase: the panels reach their max. temperature in a short time, increasing the plate temperature till 70°C, helping the paint drying process. The reduction of working times involves the reduction of labor costs and the increase of daily production, but the real revelation concerns the cutting of the costs related to the system management. Furthermore, compared with the traditional booth, there is no expulsion of combustion gases into the atmosphere.

Smart technology

Air-conditioned spray booth with humidity control. A concentration of technology and innovation.

• Cross flow heat recovery system made of aluminum with a protective coat of paint to limit the accumulation of sediments and facilitate cleaning.
• Up to 55% heat recovery during the painting/flash-off phase in winter.
• Up to 70% heat recovery on fresh air during the drying phase in winter.
• Touch screen control board with inverter.
• Measurement and recording of sensitive parameters (temperature, pressure, humidity) and power consumption (electricity and gas) on internal memory or on an external media (PC, tablet, or smartphone)
• Graphic report with heat profile of the work process and respective energy consumption.
• Predictive maintenance systems with multiple warning levels for all filtering devices.
• Remote assistance with maintenance and settings managed by the manufacturer.
• Possibility of painting during the winter months with ideal relative humidity levels (50-55%) with the adiabatic evaporative humidification system.
• Supplied by mains water with an open-circuited system or a recirculation pump.
• Humidifier panel made of self-extinguishing material with 80% efficiency.
• Reduction of fi ne dust not captured by normal filtering systems.
• Summer temperatures cooled to 5-8°C, with respect to external humidity values, without additional energy consumption.
• Electric fans with high-efficiency blade contour and direct drive motors that allow increasing efficiency by 15%, with absolutely no belt maintenance requirements, and that also allow for constant efficiency levels with progressive filter clogging
• Pre-filtering at air intake with large surface pocket filters (class G4) .
• Modulating direct-fired burner inserted inside a stainless steel, insulated module, with high modulation ratio to guarantee excellent performance in all work conditions
• LED lighting

Booth intended for the suction and removal of powder produced by sanding operations.

• Standard configuration
• Structure made of galvanized metal sheet
• Suction through a sparkproof electrical fan
• Slatted suction wall equipped with antistatic polyester cartridges placed at the back
• Dust collecting drawers
• Compressed air filter cleaning system with manual start up
• IP66 Light fixtures
• IP55 Electromechanical control board

!Options on request!

The eco-sustainable alternative

The endothermic booth works without burner; during the various phases of manufacturing, heat is generated and diffused inside the booth through radiant panels placed on the walls and on the roof (plenum), heating up the product to be worked through radiation. The panels are easy to install and use even in existing booths.

Thanks to the flexibility of our control panel, we can reduce the operating costs, through the cyclical and programmed switch-on of radiant panels, to maintain the temperature of the surface to dry unchanged, with the minimum power consumption. The same control panel allows the partial switch-on of the right and left radiant panels to be able to work only on the surface interested by the painting and drying cycle. Preparation phase: the ignition of panels increases the temperature of the plate exposed to radiation to approx. 25/30°C; preheating time goes from 3 to 5 minutes, according to the room temperature. Painting phase: thanks to radiation, of the heat on the plate, the paint disperses water and solvents faster; in this way the flash-off times between the layers considerably decrease. Drying phase (with programmed ventilation inside the booth of 2 minutes each 10 minutes of work to remove gases originated from the flash-off of the paints. Drying phase: the panels reach their max. temperature in a short time, increasing the plate temperature till 70°C, helping the paint drying process. The reduction of working times involves the reduction of labor costs and the increase of daily production, but the real revelation concerns the cutting of the costs related to the system management. Furthermore, compared with the traditional booth, there is no expulsion of combustion gases into the atmosphere.

Smart technology