Lagos IR Dryers
In Lagos we have have been developing since 1990 infrared dryers technology to be used in different application fields ranging from aeronautical, railway, renewable energy, outdoor heating and the automotive sector.
We have created a wide range of Shortwave infrared dryers made with the best components of the market and manufactured under strict quality inspections. Lagos IR Lagos family is the perfect match for quick auto repair services, but it will also increase the production capacity of any kind of workshop.
The new “Gold Series” offers through a simple computerized panel, several presets that will allow you to control and regulate the heat timing and distribution in the drying process.
Calefactor Eléctrico a Infrarrojos Lagos
Penetración de calor con Infrarrojos a Onda Corta
Shortwave technology
Infrared systems have different types of wavelenght: long, medium and short. The fundamental difference between the three types of waves is in the penetration through the paint coat, being the Shortwave the one that reaches higher penetration.
This is the technology used by Lagos IR dryers in order to reduce drying times and energy consumption.
Performance
Most repairs nowadays are performed on small and medium damages, mainly in the front, rear and lateral areas of the vehicle.
Traditional spray booth are often used to dry such small surfaces causing heavy energy consumption and bottleneck situations on the workflow.
Infrared dryers are way more effective to dry small areas, since they can heat directly the treated part in few minutes.
Tiempo de secado Infrarrojos vs. Cabina tradicional
Lagos Infrared Dryers
MASTER 3 EVO
Max power: 3.300W.
Max power (Gold): 6.000W
Drying surface: 1,00m x 1,40m
Rear wheels brakes
Gravity compensation through a gas piston.
Articulated arm
Lamps could be distributed horizontally or vertically
Each lamp could be turned on/off independently
Distance sensor
MASTER 6 EVO
Max power: 6.600W.
Max power (Gold): 12.000W
Drying surface: 2,00m x 1,40m
Rear wheels brakes
Gravity compensation through a gas piston.
Articulated arm
Could reach all areas across the vehicle
Ideal for demanding environmens
Lamps could be distributed horizontally or vertically
Each lamp could be turned on/off independently
Distance sensor