Laser/Plasma Processing
Task:Efficient dust extraction to protect personnel and machine

       Laser technology is now a standard configuration in the machining industry when processing metals and organic materials (such as plastic, wood) . The increasement for accuracy and productivity is also leading to increasement of  pollutant,  sometimes in the submicroscopic range, which influences the health of the operator and the function of the laser system. Therefore, a dedusting system is needed to ensure efficient dusting removing and separation

       While conventional dry dust separator can be used for metallic and non-metallic dust, special separation processes are necessary for organic material.

While traditional dry dust colector can be used for metal or non-metal polluants, organic materials are required special collection  processing. In plasma and laser cutting processe, the fume generation varies with the parameters such as, cut rates, total cutting time and material thickness.

       Except the cutting consumables, surface paintcoat, base metals or any other contaminants appearing in the atmosphere is also a part of the fume composition. However, if there are no correct filtration or other dust removing measures the fume and smoke generation can be enormous

       In plasma cutting most particulate can be less than 10.0 microns while in laser cutting the particulates in high concentration can be less than 1.0 micron in size. In both cases, the fume or particulate is considered to be fine and a bit agglomerative when going to cool.

Solution:

          Dry dust collector carridge filter series extraordinary support for ultra fine particle. whose required air flow varies based on the process and materials applied in the laser engraving. The design of the cartridge collector is flexible as for the required airflow and individual process because of the variations supplied in the filter series -also possible for large air flows. For thermal processes like laser engraving, fireproofing measures and explosion protection in the light of ATEX rules are advised. Spark collector is also suggested before the spark mixed with dust into the dust extractors, if users is not willing to replace the filter, sintered plated dust collector is a good choice.

Example:Laser Metal cutting



Dust collectors supply up to 25% more filtration capability than other similar sized cartridge extractors.
Pulse Jet Dust Collector Detail:
1:Submicron cylinder filtering, easy for replacement 
2:Automatic online pulse dust removing 
3:Easy in operation and maintenance 
4:Multiple tube connection locations for air inlets and outlets 
5:Designed on load-and-go basis
6:Larger filtering area 
7:Filter cylinder being more pressure-resistant and having longer service life 

Normal operation: switch on the power, turn on the fan, dust air enters the air box from dust source through suspended hood, air hose and air inlet. Flow rate drops suddenly due to air stream soaring; big grain dust separates from dust air and then sink into dust storage tank, Other small grain dust remains at the outer well of filter under the influence of filtering, colliding, hooking and static electricity. Purified air is discharged from the fan to air outlet via the anechoic chamber above. Dust cleaning operation: online dust removing is adopted, no machine shutdown is needed; pulse valve is controlled by controller, back-blowing is conducted on the filter drum periodically, time is set according to actual dust density. 

Application environment: temperature: -10°C -- +55.4 , relative air humidity no higher than 85%, with compressed air sourceAp. plication industry: chemistry industry, pharmaceutical industry, food processing, metal processing, compound material, electronics, building materials, electrostatic coating and other fine air particles.
SPECIFICATION PARAMETER
Model(B
Air volume(m³/h
Filter(
Fan pressure(Pa
Power(kw
Air Source
Sound(dB
Tuoer-8
500-900
12
1780
0.75
0.4~
0.6MP
65
Tuoer-10
900-1100
12
2040-1780
1.1
0.4~
0.6MP
67
Tuoer-15
1400-1600
18
2040-1780
1.5
0.4~
0.6MP
70
Tuoer-25
1688-2476
30
2150-1820
3
0.4~
0.6MP
73
Tuoer-30
2664-3405
30
2700-2200
4
0.4~
0.6MP
73
Tuoer-40
3786-4527
36
2700-2200
5.5
0.4~
0.6MP
75
Tuoer-60
4973-6457
48
2700-2200
7.5
0.4~
0.6MP
75
Tuoer-80
7081-8489
60
2700-2200
11
0.4~
0.6MP
78
Tuoer-100
8490-10455
75
2790-2020
11
0.4~
0.6MP
80
Tuoer-120
10400-13455
90
2790-2020
15
0.4~
0.6MP
85
PRODUCT PROCESSING
PRODUCT FAQ:
Q: What should provide when choosing suitable dust collectors?
A: Process summary sheet should be provided, for we need to know the dust collection summary for example: dust category (what? Flammable? Corrosive? Explosive? Temperature? Density?)

Q: How to confirm the airflow/air capacity and the pressure?
A: Mostly, it depends on the dust suction hoods, then can calculate the airflow; our dust extractor provide ~1000Pa pressure to your use, so the duct system pressure should known first.

Q: What type of dashing modes the de-duster provides?
A: 1:Compress air backflow cleaning type; 2:mechanical vibration dust cleaning.

Q: The dust collection unit’s power supply?
A: Every country have different industrial power supplies, we could OEM the blower for your needs.

Q: What the compressed air should supply when install the dust remover unit?
A: 0.4-0.6Mp compressed air (water and oil removed).