Help in the choice of a dust collector～

Fiber glass cutting powder is about 30 microns on average. We advise you a lateral suction with slow air speed.

Recommended suction method: lateral suction hood from the back, according to the working configuration and comfort.

• By the top
• Lateral suction
• By underneath

To prevent large dust falling, neutralization by blowing air in necessary. Then the dust adheres with difficulty to the parts.

Recommended suction method: a good way of dust extraction can be lateral suction from the opposite side of the blowing equipment.
To avoid dust to move and pollute the working zone air, use a suction system from above.

• Lateral suction + Blower + Ionizer
• By hood + Blower + Ionizer
• By the top + Blower + Ionizer

Metallic dust extraction from screw assembling to prevent from the residual metal powder on the motherboard during car radio assembly process (suction from below in assembly process).

Recommended suction method: use high-pressure suction from the bottom near of the tapping powder.

• By underneath

In cases such as cutting or polishing processes, particulates extraction allows to avoid dust dispersion and deposit.

Recommended suction method: lateral suction is a good solution. The distance between the nozzle and the source of particulates must be inferior to 100~150 mm for an optimal suction.

• Lateral suction

Recommended suction method: for relatively large dust, suction with an air blower is recommended. In the picture on the left, suction by the nozzle and neutralization by the blower have to be operated at the same time.

For a preventive approach: suction in an enclosed environment is advised.

For a basic suction: suction by the top (see picture).

• By hood + Blower + Ionizer
• By the top + Blower + Ionizer

Recommended suction method: for dust extraction from grinding process, use lateral suction or diagonal suction from above the working zone. The nozzle has to be as close as possible to the dust source, with a disrtance below 50-70 mm from the machining zone.

However, big or heavy dust will inevitably fall down. This suction is only for flying dust particulates.

• Lateral suction

Recommended suction method: particulates suction by above or laterally in order to avoid dust deposit.

For particulates extraction from film cutting and sticking, the suction nozzle size should be at least as important as the label size for an optimal suction.

Recommended suction distance: 50 mm.
The hood must be ideally superior to the size of the work pieces.

• Lateral suction

Recommended suction method: lateral or enclosed (in a case) suctions are very common.
Distance between irradiation point and the nozzle is often 50 mm large in the case of a lateral suction. Suction speed has to be equivalent to 2 to 3 m/s.

The enclosure suction hood with a case avoids fume dispersion and the dust deposit accumulation on the exposed surface during marking operation.

【Suitable model】

• CBA-1000AT-HC-DSA-V1

• CBA-080-HC-DSA

• SK-250AT-DS

• CKU-060AT-ACC

In fixing process, particulates suction is essential to guarantee the quality of cell phones.

Recommended suction method: lateral suction by a nozzle higher than the assembled pieces in order to prevent particulates from falling around the sticking process zone.
Lateral suction by above favors better results.

• Lateral suction

Particulate extraction from precious metallic pieces machining (watches, rings, bracelets…) after polishing or other processes.

Recommended suction method: horizontal suction for the precious dust collection and reuse.

• Lateral suction

Recommended suction method: Cyclone should be used for a pretreatment and neutralization of important particulates emissions

Φ32 ~ φ38 suction hose are advised.

• By underneath

Suction nozzle has to be close to the grinding wheel.

Recommended suction method: the required airflow speed at the nozzle has to be about 3 ~ 5 m/s if the grinding disc speed is 5 m/s.

• By hood

Recommended suction method: to avoid the fall of grinding dust on the surface to be polished (particulates in suspension), it is recommended to limit suction to an enclose space.

• By hood

• By the top
• Lateral suction

Recommended suction method: extraction by underneath if there is a hole under the machining zone, like the car audio assembly.

• Lateral suction

Extraction of powder from polishing process by setting the nozzle near to the dust emission source.

Recommended suction method: hood by the back side or by underneath.
Distance from hood to source: 70 ~ 100mm (be more closer to the work if necessary).

• Lateral suction
• By underneath

In this kind of application, the number of burrs can be important.

The picture show the particulates extraction from conveyed parts. The operator can move the parts out of the assembly chain in order to work on it.

Recommended suction method: it is better to use for a suction from below or a lateral suction according to the working space configuration.

• Lateral suction

Maintaining of a positive air pressure inside the contener by introducing clean air to block the dust from the outside.

The dust collector capacity is variable in function of the type of cutting.

Spécifications les plus courantes : 0.4 to 0.75 kW.

Recommended suction method: the quantity of dust generated by a cutting process is generally important. Dust extraction by a bag-filter is the most appropriate solution.

• Suction by the bottom of the hood

• Suction by the bottom of the hood

Recommended suction method: aspiration by underneath.

The operation will be eased by the use of a filter-bag in order to collect an important quantity of particulates.

• Suction by the bottom of the hood