Dust Collector Application in CNC Computerized Numerical Control and Machineries
Dust Collector Application in CNC Computerized Numerical Control and Machineries
ACMAN cartridge dust collector a compact single dedusting device with a small footprint, and it can link with lots of CNC machineries and CNC Processing Center.
Dust Collector for Laser Marking Machine;Laser Marker
Dust Extractor for CNC Processing Centre
Dust Collection System for Graphite Computerized Numerical Control Center
Dust Extractor for 3D Printer Material Recycle and Collection
In the work of 3D printing, a small amount of fine dust will appear according to the different materials. The common desktop 3D printer uses FDM fusion pile technology, and the average wire diameter is about 0.2mm (depending on the material and equipment, the The wire diameter will also change). Generally, the nozzle at the wire outlet is about 220℃ (FDM printing state), and it is generally formed in one piece, with a delicate surface and rich details.
During the stacking process, because the temperature of the nozzle is too high, some slender fuses and burrs will be generated, which will greatly affect the efficiency and accuracy of printing. This is also a necessary condition for us to use dust removal devices. The suction action is performed on the wire outlet (so that the material is cooled in the first time of melting), on the other hand, it is to deal with the burrs generated during the trajectory.
PS: The power and air volume values of the dust removal equipment are proportional to the printing size of the printer - except for the photocuring printing equipment, they generally match 1-3kW equipment and do not contain metal particle printing materials.
ABS material: mostly used in high temperature environment, the material is smooth,
PLA material: mostly used for building models, the strength is higher than ABS material, daily use materials, the cost of construction is lower.
ABS material: mostly used in high temperature environment, the material is smooth,
PLA material: mostly used for building models, the strength is higher than ABS material, daily use materials, the cost of construction is lower.
Metal 3D printers use flammable and explosive dust and metal dust with ultra-fine particle size (such as magnesium, aluminum, titanium, aluminum alloy, etc.). After printing, it is necessary to clean the excess powder in the 3D printer and on the workpiece. This type of powder material poses a risk of fire or explosion. In addition, the human body's long-term exposure and inhalation of powder particles will also bring some hidden dangers to the health of the body, so it needs to be cleaned in time.
In the process of working in a closed cavity of a metal 3D printer, when the metal powder is laser-melted, soot particles are generated. It needs to be cleaned in time to avoid affecting the 3D printing effect. Because its printing powder is a flammable and explosive metal powder, it needs to be guaranteed in the working cavity. It is an anaerobic environment to ensure safety. Therefore, supporting dust removal equipment is needed to absorb the smoke and dust generated by burning in time and filter it to ensure high-quality printing while improving the safety and reliability of the metal additive manufacturing process.
Dust Extraction System for Capacitance metal spraying machine
