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Key Features
5-7 Business Days
1-Year Warranty
30-Day Easy Returns
24/7 Support
FC-2004 fume extractor is perfect for Laser Engraver. It has a high-performance brushless motor for reliability. With excellent suction power, it works well. The remote control module offers convenience. The anti-clogging induction system is practical. Moreover, the aerospace grade noise reduction ensures a quiet environment.
The FumeClear FC-2004 laser smoke extractor adopts a 3-layer filtration structure, with a pre-filter and a HEPA filter to effectively isolate most of the large particles in the air, followed by a main carbon filter that filters out harmful dust and smoke in the air below 0.2 microns. Keep your eyes and lungs free from pollution.
The FC-2004 smoke absorb features an intelligent clog - sensing system which notifies you of the right time to replace the filters, thus ensuring top - notch performance, reducing downtime to a minimum, and guaranteeing highly efficient operation!
The fan speed can be effortlessly adjusted by means of the remote control with just a few simple clicks.
The FC-2004 laser fume extractor features a high-efficiency brushless motor that has an impressive service life of up to 100,000 hours. With a suction power reaching up to 420 m³/h, the FC-2004 fume extractor can effortlessly absorb all fine substances within the range of the fume hood head, such as exhaust gas, powder, iron filings, and so on. It truly safeguards your health and keeps you free from pollution.
The enclosure of the FC-2004 laser smoke extractor is painted with an aviation-grade noise - reduction layer, and inside it, there are special sound - absorbing sponges, which ensure that your work is not interrupted.
247CFM
Φ75mm *1 flange
<58 dB
3 layers of filtration
13.7*13.7*22.6 inches
40.7
360W
CE & FCC
All replacement filters, flexible bamboo hoses, and hoods can be purchased separately.
I have been using the FumeClear FC-2004 personally for quite a few months now. I originally purchased the unit as part of my home office redesign, where I was converting a single large room into two separate rooms. Part of the redesign included moving my Epilog Helix 60W laser from one side of the room to the other side. This was a bit challenging because in the original location I had installed direct ventilation to the outside. I did not want to continue direct ventilation in the new location, so I knew that a good air filtration system would be necessary. I'm very familiar with various laser engraving applications and I wanted something compact, economical and I wanted replacement filter media that was affordable and could be easily changed out. I needed a filtration unit with a good pre-filter system to collect the larger particles, keeping the HEPA and the carbon filters from becoming prematurely clogged. It was also important that the filter unit had the ability to vary the extraction power.
These requirements were top of mind as I began my search. I quickly ruled out the brands I was already familiar with, and did not find any economic reasons to attempt to build my own filter system. It was soon that my research led me to FumeClear. I found a few YouTube videos of various filtration options that made me believe that the FC-2004 should be my next filtration unit. I purchased the unit and was amazed at how fast the unit delivered. The unit was packaged well and included two packs of pre-filter media, which was something that I knew I would be wanting to change out whenever I felt the need. I experimented with a few connection methods to my laser using the silicone cones that were included but I ultimately designed and 3D printed my own attachment (photo included below) that worked perfectly for my laser and my filter placement choice. The connection is snug and allows no smoke or fumes to escape while traveling to the filter unit. The unit was happily in use in my home office for several months before putting it to the ultimate test.
My full-time job is in a facility where we laser engrave thousands of powder coated items per day. During our peak season we were engraving around 6,000 units each day and I decided to bring my little FC-2004 to work to help with the filtration as a supplemental fume extraction system. While the FC-2004 would certainly never work for this particular application alone, the help it provided in clearing the smoke was immediately noticed! I kept the FC-2004 at my work during the busiest two weeks, knowing that this application and volume would completely kill my filter media. To my surprise and amazement, when I brought the FC-2004 back home I immediately took out the filters fully expecting a deep clean to be necessary. As I suspected, the HEPA filter was quite clogged, but this was after filtering the smoke from well over 20,000 engraved powder coated items. When I pulled out the HEPA, the carbon filter showed a slight amount of particulate around the edges of the filter, but it seemed like it was fine. When I removed the carbon filter to access the bottom of the unit where the fan resides, I was amazed to find the unit completely clean. Absolutely spotless! At this, I decided to vacuum the top of the HEPA filter and assembled the filter pack back into the FC-2004 with a fresh pre-filter. To my amazement, the filter has continued to function quite well even with the mostly clogged original HEPA filter still in place.
I have just received my first set of replacement filters for the FC-2004 and can say that the unit functions as new. For my particular application on my 60W CO2 laser (Epilog Helix) I would not hesitate to purchase this filter again and I certainly recommend it to anyone with a similar application. I also do a lot of 3D printing in the same area as the laser engraver and I occasionally will turn on the filter system and leave the top of the laser open to collect any fumes or particulate matter that may be emitted by the 3D printers. I have a smart home PM sensor that will occasionally alert me of the air quality and I find that running the FC-2004 will quickly bring the air quality back into check. This also is the case when using isopropyl alcohol in the room. That will quickly trigger air quality alerts and the FC-2004 will remedy that as well. I don't think I could be more pleased with my purchase for my specific application, and look forward to the FC-2004 being in operation for years to come.
I bought this after using an inline fan for two other lasers. It was getting cold out, and I upgraded one laser, so was looking for a better solution. This one was it. It's much quieter than my inline fan, and it does a fantastic job of keeping the smell out of my office area. The filters last a good long while. My Bolt runs pretty much all day everyday, and I'm only on my 3rd prefilter. The cost to replace the set of filters is reasonable, so I have a set on hand for when it's needed.
Upgraded smoke extraction to FC2004 for Ikier 48 watt laser. Now no smoke escaping into shop, as extraction capacity is higher than smoke produced, especially when cutting plywood. Previous extractor was suitable for my previous 10 watt laser. Now my eyes don't burn from smoke, and my clothes don't smell smoky when I come into the house. Fumeclear is quiet--the fan on my laser enclosure is much louder than the FC2004. Easy to install as filters in place. Just remove protective plastic and connect flexible tubing to port on enclosure or to hose end collection port.
5 minute setup yesterday, as comes with filters installed. Connected to Ikier K pro 48 watt diode laser enclosure today. Very quiet at third fan speed operation--quieter than the extraction fan on the laser enclosure.
Great smoke removal. First project was an engrave and cut. During the cut smoke could be seen swirly toward the enclosure exhaust port, but no smoke escaping after several hours of other engraving. The engraved pieces could be removed immediately, where I had to wait several minutes for smoke to be removed by my previous smaller smoke extractor.
Highly recommended for removal of the harmful fumes and odors created during laser operation. Also very quiet so not annoying operation.
The machine itself is great, the problem is the filters for it were mixed size. A few are thin then some are thicker than the others and that being said I end up having to order more filters directly from them since they dont sell it on here. If i receive the filters from them and its still a problem. I will return and go with another brand since this is almost 800 bucks!Update!!! Customer support has been very helpful and made things right. After receiving help from them I would recommend them.
Yes. The FC-2004 is compatible with most mainstream desktop and mid-power laser engraving and cutting systems, including diode, CO₂, and fiber laser machines.The FC-2004 is generally recommended for laser power up to around 70W, depending on the material being processed and the intensity of the fumes generated.
You can find the FC-2004 replacement filter set and pre-filters here.
Yes. The FC-2004 is designed for multi-purpose fume extraction and performs well in most desktop and mid-power applications.
For heavier industrial welding or high-power laser cutting, we recommend choosing a higher-airflow model from our XL series to ensure stronger airflow and larger filtration capacity for more demanding environments.
The major difference between them is that the filter of FC - 350 is made of metal material, while that of FC - 2004 is made of paper box material.
The metal filter has better sealing and durability compared to the paper box one.
The FC-2004 comes with a standard inlet hose diameter of Φ75 mm (approximately 3 inches).
The standard hose length is 1.4 meters, which is suitable for most desktop laser engraving and light industrial setups.
The FC-2004 features a multi-stage filtration system including:
Pre-filter
HEPA filter
Activated carbon filter
Under normal laser engraving and light cutting conditions, the unit can effectively filter fumes and recirculate clean air back into the room.
No. The FC-2004 should always be operated in the upright position with the wheels at the bottom.
Placing the unit on its side may:
Affect airflow performance
Reduce filtration efficiency
Potentially damage internal filter positioning
For optimal performance and filter lifespan, keep the unit placed vertically on a stable surface.
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