Micro Cleaner Gun
Micro Cleaner Gun
Generalities
Micro Cleaner Gun is a manual dedusting system suitable for cleaning three-dimensional parts or complex surfaces with corners, ledges and holes.
The cleaning element, in one operation, blows ionized compressed air that removes dust, which is immediately vacuumed up. The ergonomic handle has a switch that via solenoid valve turns compressed air on and off. The light weight makes Micro Cleaner Gun very convenient and easy to use.
The cleaning element is designed to reduce pressure drop and increase suction efficiency. It has three inputs (ionizer, compressed air, solenoid valve signal) and one output (aspirated air).
The ionizing system consists of an OPI and a HAUG feeder. Compressed air, controlled by the solenoid valve, exits from the bottom of the cleaning element, here it is ionized and reaches the surface to be cleaned. The suction folds the airflow and directs it to the top where a tube takes it to the filter.
Turbulence is formed in the area where the flow is folded, which is very efficient in moving the powder, even to the most difficult places such as, for example, the inside of blind holes or edges.
| TECHNICAL DATA |
|---|
| Cleaning element W=100mm / 200 mm |
| Weight 0.5 kg (without tube) |
| Compressed air 2-3 bar |
| Aspiration 20 KPa |
| Ioniser: OPI by HAUG cod.03.8510.000 |
- Three-dimensional surfaces such as plastic shells or painted sheet metal guards
- Wooden panels with ledges and blind holes
- Smooth but curved surfaces that cannot be treated with an automatic line
Media
GALLERY
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Frequent questions
These are machines that use technical brushes in their production process.
Dust collectors, orienters, elevators, conveyors.
Industrial brushes are characterized by great adaptability to surfaces, great flexibility of use, and virtually unlimited variety of shapes and hardness. Therefore, the use of brushes in machines succeeds in being very efficient in many industrial processes.
In particular, brush dust collectors are more efficient than traditional non-contact dust collectors, while in the case of orienters, brushes replace other techniques (compressed air, vibration, etc.) managing to treat parts with low energy consumption, gently and quietly. The small footprint is another important advantage.
It can happen only if the brush is damaged due to an unforeseeable cause, such as a defective product that enters the machine and gets stuck in the brush, destroying it, as on the other hand can happen with any other type of part in the machine. It should be mentioned that the same type of brush is currently used in pharmaceuticals and food without any problems.
Speaking of dust collectors, they are definitely cheaper than the main competitors.
As far as the orientators are concerned, they are aligned, but when looking at energy and space savings they are also more advantageous.
The customer sends us a few panels (sheet, film, etc.) that are treated in the lab with various dust collectors so that we can choose the one that gives the best results. The processed samples are then reviewed by the customer for approval.
We generally have field test dust collectors available, which can be sent to the customer for limited periods of time.
No, the installation is done directly by the customer given its extreme simplicity. Of course, one must first evaluate the available spaces on the line, which sometimes contribute to the choice of the dust collector itself.
There is no one answer, as this time depends on many factors, such as product speed, materials, pressure, shifts, etc. As a broad indication, it can be said that a set of brushes can last between one and two years, sometimes longer.
