Air filter for 3d printer

7 Best Air Purifiers for 3D Printers – Easy to Use – 3D Printerly

The number of 3D printers entering homes, classrooms, libraries and many other locations is astounding and we can see through trends, it’s only going to keep on increasing.

Unfortunately, during the use of a 3D printer, you’ll be exposed to negative effects on air quality around you such as fumes and other harmful pollutants/emissions.

In many cases, there are even provisions and laws fixed by governments to mandate certain levels of pollution in a host of settings such as public buildings. If we want to follow these type of guidelines, you’ll need a device that clears pollutants from the air.

Based on this, it’s a good idea to tackle this problem so it doesn’t affect your respiratory health as well as others around you. Luckily there are professional products called air purifiers which do exactly that.

I’ve decided to put together a list of the 7 best air purifiers for your 3D printer.

Specs

Product size: 23 x 12 x 12 inches
Weight: 21 pounds

Features

Ultra-dense h23 true HEPA filter
Activated carbon filter to tackle VOCs
3-fan speeds
Timer function
Check filter indicator
Auto, sleep & timer mode functions

Pros

Cleans air in 30 minutes in rooms as large as 881 ft²
High quality filter captures large particles like lint, hairs & fluff
True HEPA filter fights small particles like dust, mold spores, pollen & mites
Carbon filter absorbs unwanted odors
Great for allergy relief, especially in the summer
Adjustable fan speed tackles the worst of air quality
Very low noise at just 25 dB
1-year warranty

Cons

Filter may need replacing sooner due to use & air quality
Stock of filter can be low depending on demand
Filters are pretty expensive but needs replacing every 6-8 months on average

Review

This air purifier is one for the long term. It does everything you need it to do plus a lot more as you can see in the features. Other than the wide range of positives that this machine has, the big downside is the price of the filter. Sometimes you just have to pay for quality because LEVOIT has plenty of it.

Many users have used this and been pleasantly surprised with its results. At first, air purifiers may seem like they don’t do much, but a high quality one really makes the difference.

One user described how he has a neighbor who constantly chain-smokes day and night and it drove him mad. Not only that, but he had kids who were breathing all the contaminated air which isn’t an ideal situation.

After purchasing a LEVOIT LV-h233 machine, their problems were cleared up so much better. Simply running it on high for 10-20 minutes totally cleared the smell and it’s no louder than a white noise machine. They also moved to a dusty, dry desert area which was also fixed with this air purifier.

If you have a filament or resin 3D printer, this air purifier should significantly reduce the fumes and provide you with cleaner air.

It looks professional, well-packaged and has made a massive change to many people around the world.

Get the LEVOIT LV-h233 Air Purifier from Amazon, for a respectable price.

Specs

Product Size: 9.25 x 20 x 22.25 inches
Product Weight: 21 pounds

Features

Filtration and circulation of air in room five times in an hour. It renders air fresh.
99.9% capturing airborne particles.
Quite well for an extra bigger room to the size of 465 sq. ft
Neutralization of odor.
Auto-off timer option
Touch controls are easy to use.
Deals with up to 0.3 microns.

Pros

Effectively clears dust from room, as well as lightening the feel of air inside your room
Independently tested to ensure it performs to all product claims
Quite simpler with offerings of the double filter
Equipped with filter change indicator
Equipped with blue light off on the control panel
It is not noisy, so it won’t disturb your daily activities or your sleep

Cons

No automatic monitoring
No Wi-Fi availability
Touchscreen has low sensitivity

Review

It covers 465 sq. ft. area for cleaning which is more than enough for most rooms in a house.

3D printers set in that room size will benefit by cleaning the air thoroughly, much more so than not having an air purifier at all. This is definitely a machine that shouldn’t be taken lightly in terms of its ability to get rid of bad odors and transform your air quality to something very ideal.

This machine has a genuine A+ pre-filter which is the first level of filtration for those larger particles that we can see, like dog hairs, lint and dust. These should be replaced every 3 months or so.

We then have certified true HEPA filters which capture the commonly-known 99.7% of microscopic allergens floating in the air. For the best performance, you should replace this filter every 12 months.

It is equipped with cooling modes such as germ, allergen and a turbo mode which does a great job tackling the levels of air pollution you require.

It doesn’t have a remote control like some other air purifiers, but that isn’t a necessary feature. The Honeywell HP300 is a good product to have if you are looking for a serious product.

Specs

Product Size: 13 x 13 x 20.4 inches
Product Weight: 13 pounds

Features

Energy star rating for low energy consumption.
No extra batteries needed for the product.
99% removal of dust, cooking odors, etc.
It sounds up to 31dB and that is no louder than a whisper
Filters air 5 times in one hour
It is useful for up to 540 sq. ft rooms

Pros

The style of the product is quite trendy.
The carbon layer is placed on the inner HEPA filter that gets rid of odors
Blue Air adds more effectiveness to the carbon filter and filtered air is passed through the carbon layer
It is much quieter than you can even watch a movie by sitting next to it
It is quite unobtrusive
Works well in medium to large bedrooms
Low energy consumption at 30-60w
Smells clean like sterilized and it feels like you are breathing from O2 tank

Cons

Button on the front is quite sensitive to be turned on
Not equipped with a filter change indicator
Not the quietest operation

Review

Blue Pure produced this product for the person in the middle, who doesn’t want something too budget or too expensive.

It is pretty small compared to most 3D purifiers at this price but it has a good capacity for a range of up to 540 square feet. This air purifier would do a great job to clean 3D printer particles from burning filament.

The provision of the three-stage filtration renders it adequate for being a true HEPA filter purifier.

Polypropylene is used to capture dust particles in the surrounding space.

If you have a medium or large room that suffers from 3D printing particles being extruded, then this is a good product to go for.

Specs

Product Size: 8.7 x 8.7 x 14.2 inches
Product Weight: 8.8 pounds

Features

Core 300 used to clean air in the surroundings.
Operation is not disturbing because light can be turned off and it provides you affectless night from light.
Timers for 2,3,4,5 hours are provided to add more convenience.
Check filter indication light
Energy star certification for safe use. Avoidance from UV/Ion light by cleaning the air.
A most silent air purifier that does not create any voice. It works at 24dB quiet sleep without any voice.
3-in-1 h23-grade True HEPA filter making it more reliable with professional services from California where it is designed.

Pros

Core 300 adds an extra efficient cleaner for your environment, up to 219 ft²/20m²
5 changes of HEPA filtered air per hour
Silent workers to make you sleep better even sleep next to it and its robust exposure will not make you feel its presence.
Timer provision for more convenience
Small in size
Lightest to carry
Energy star certification
UV rays protector
Equipped to turn off light to get avoided by light disturbance.
The longer length and large expansion area improve filtration.

Cons

No automatic monitoring.
Having no Wi-Fi capability

Review

If you are looking for an air purifier for small space even for homes to get protection from polluted air quality then you are looking for the right product.

It can be used for purifying air polluted from your 3D printer. Although we can’t see these small particle, they are definitely being put out in the air and we don’t have the best ways of getting rid of it. The LEVOIT Core 300 does a great job filtering these tiny particles.

Its smaller size and lightness add easiness to portability. It would be an amazing addition to a small office or home. This is pretty much quiet. On average, it uses just 35 watts of power and that is not bad for any user.

There may be reports or you may see this in comments that it gets warm after operating for months, but it is quite simple to release this concern by turning it off and keeping windows open for some time.

You should go for this product if you are on a budget because it is quite a new product and there would not be any issue to recommend it for small places air purification.

Get the LEVOIT Air Purifier, the #1 Amazon Best Seller today.

Specs

Product Size: 24. 1 x 23 x 9.8 inches
Product Weight: 19.4 pounds

Features

It covers an area of around 815 square feet.
Equipped with six different stages of purification.
99.97% efficiency to particles of 0.3 microns.
Efficiency level up to 99% for particles up to 0.1 microns.
It can stand on two positions whether alone or mounted with a wall.

Pros

Equipped with filter change indicator.
The sound level is quite lower around sleeping.
The motor is energy certified.
It can work up to 2 years if operated for 12 hours on a daily basis.
Equipped with a 5-year warranty.
Removes odor of cigarettes, cooking and much more
Modernized equipped design and control system.
Topline air purifying product.
Use of brushless motor.

Cons

It cannot hold on to its settings in case of sudden power loss.
No automatic monitoring.
No Wi-Fi availability.

Review

RabbitAir is as famous in the market for its products but it is a matter of their history which makes them a viable option to purchase.

They have been developing amazing products and competing against other brands since 2004. They are one of the leaders in the market and they know how to add wanted features to their products to really make a difference.

This air purifier is definitely a candidate for one of the best air purifiers of 2020, but it does come at a premium price.

The flat design makes it more radiant and the brand has taken it as an advantage to come up with vinyl applications.

It is equipped with a six-stage filtration processes; pre-filter, medium-filter, true HEPA filter, customization by your own choice, ion generators, and activated carbon filter. It makes it quite exceptional to get attention to the maximum.

It is quite an amazing product that it would be enough even a long talk. There is only one downside of the product that the speed of fans is pretty slow. But still quite good and you would really like to use your earned money quite wisely.

Specs

Product Size: 15 x 8.2 x 23.6 inches
Product Weight: 15.4 pounds

Features

4 fan speeds for greater control
Equipped with 3-stage air purification
VOC smart sensor & air quality visual indicator
HEPA filter to capture particles up to 0.3 microns
Covers rooms up to 360 sq. ft.
It works at a noise level of 27.8 dB
Equipped with plasma technology
Equipped with smart sensors to monitor air quality
Remote controlled system to work out by your own ease

Pros

Set and forget auto mode in smart sensors
CADR & AHAM certified plasma cleaner
Automatic fan speed controller to lower it
Able to dim control panel display during night operation
Energy-efficient cleaning
Washable after every three months to maximize the effectiveness

Cons

May get malfunctioned by interference from other electronic devices.
Avoid using the PlasmaWave technology as it can produce ‘Ozone’

Review

Winix is a Korean-based company and quite good at providing air purifiers for the last 40 years. The 5500-2 is equipped with quite an excellent quality of plasma air cleaning technology.

On its front, it is equipped with a 5-button function. Moreover, the company directed not to keep it quite open in sunlight to avoid any of the products.

It is a well-designed product with better performance value. From the wide number of features this machine has to the many benefits and certifications, this air purifier is a good choice for clearing up 3D printing pollution.

Specs

Product Size: 13.5 x 7 x 19.5 inches
Product Weight: 12 pounds

Features

It is equipped with a manual control system.
Equipped with a two-year warranty.
Sensor to measure air quality and change speed to real-time use.
5-in-1 air purification system
Ionizer which is ozone-safe (9 parts per billion)
Auto mode which adjusts fan speed in real time
Remote-control operation

Pros

Ozone free environment.
Highly efficient protection from air pollutants
Eliminates odors fast
Easily be able to tell whether air quality is good, bad or average
Equipped with a 2-year warranty
Very quiet in operation, especially in sleep mode at 20 dB
Low price product equipped with great value

Cons

Customer service has been reported to have some issues but most is good

Verdict

It is a product with much familiarity in design and top of the line features to make it easy to use and very effective in functionality. On top of that, it’s all at a very competitive price for a high-tier air purifier.

Customers have highly rated this product with more than 2000 comments from customers who are quite satisfied with that product.

It is equipped with 5-stage air quality to develop an environment of great protection from polluted air. It can easily cover a room of size 360 square feet. It is quite simple to use and easy to control.

It has continued to be a popular product on Amazon with positive reviews because of its budget air purification. The fan power has been known to be quite weak on the lower settings, but this can easily be turned to the higher modes.

Final Recommendations

When we look at features, specifications, benefits along with cons and finally, the price, there is one air purifier I recommend the most.

That purifier is the LEVOIT LV-h233. It comes from a very reliable brand that is well-respected in the air purifier space and it will do its job to get rid of 3D printing pollution.

The h23 true HEPA filter is a necessary feature which works very well for its intended purpose and it’s ideal for large rooms. Even past the scope of 3D printing, if you have respiratory issues, allergies, pets or kids, this product will be an excellent addition to your home gadgets.

The Best Air Purifier for 3D Printer Fumes and Other Pollutants

3D printing holds incredible potential for manufacturing. As the technology matures and prices come down, it is now possible to have 3D printers in our home workshops and school classrooms, allowing for more people to get involved in 3D printing as a hobby or even a business.

Unfortunately 3D printers might also negatively affect your indoor air quality because of the fumes and other pollutants they emit. To learn what air purifier is the best to counter the effect of 3D printers, we will examine the pollutants that printers give off and which devices are well-suited for removing those pollutants from the air.

In an industrial setting, filters and powerful ventilation systems are often in place to maintain proper indoor air quality, which can be measured against workplace standards set by the government. However, none of these are in place for home or school users of 3D printers. Because this technology is relatively new, regulations scarcely exist at all, and no one is conducting inspections of your home workshop to make sure your 3D printer’s emissions meet OSHA standards. This means it is up to you to keep your indoor air quality safe and healthy. One way to do this is to use an air purifier.

Do air purifiers work for 3D printer fumes and particulates?

3D printers utilize a variety of methods to produce three-dimensional shapes, but most commercially sold 3D printers for individuals or smaller organizations use a method called molten polymer deposition (MPD). This process is also called fused deposition modeling (FDM). MPD printers extrude plastic through a nozzle, melting plastics at temperatures up to 320°C and depositing it in thin layers that are built up to form the desired object. When plastics are heated to such high temperatures, its components begin to degrade and are released into the air as very fine pollutants and fumes. An air purifier should be capable of reducing these types of pollutants in the air.

We will focus on MPD 3D printing here. The popular MakerBot printers fall into this category. Other types of 3D printers will likely produce different types of pollutants, but almost all of them rely on powders, binding agents or melting of base materials, so air purification systems should be a consideration regardless of the specific type of printer you use.

Types of 3D printer pollutants

Because they are so common, most laboratory tests have been conducted on MPD 3D printers. These printers produce two types of pollutants: Volatile organic compounds (VOCs) and ultrafine particles (UFPs).

Plastic fumes (VOCs)

The plastic used in 3D printers is typically either acrylonitrile butadiene styrene (ABS) or polylactic acid (PLA). Both plastics give off a range of VOCs when heated to such high temperatures, including styrene, formaldehyde, methyl methacrylate and hydrogen cyanide. Carbon monoxide may also be produced. The right air purifier technology would have to address VOCs, and not all of them do. Traditional air filters like HEPA filters or ionizers are only designed for particles, not gases, making them ineffective against the harmful concoction of VOCs that are emitted during the 3D printing process.

ABS plastic is potentially more harmful because it melts at a higher temperature than PLA, and a higher melting point tends to cause the release of more toxic compounds (Stephens et al. , 2013). We know that melting plastic fumes are toxic to rats, mice and other mammals (Schaper, Thompson & Detwiler-Okabayashi, 1994). Furthermore, many 3D printer base materials have additives included, to add color, flexibility, electrical conductivity or other attributes. These additives may be adding still more toxic VOCs to the air when heated.

Plastics and ultrafine particles

Ultrafine particles (UFP) are another area of concern that come from heating plastics at such high temperatures. Like VOCs, these particles are a byproduct of the melted materials from the feedstock. These particles can be smaller than 0.1 micrometers in diameter, which can easily be inhaled deep into the lungs and even enter the bloodstream. Testing on rats revealed immediate, short-term effects on blood pressure and cardiovascular health (Pelley, 2018). The long-term effects of UFP inhalation from 3D printers are poorly understood at the moment, but it is probably a fair bet that UFP accumulation in the lungs is not good for you. Because of their miniscule size, existing air filters would need to have special technology to take care of these kinds of pollutants. Traditional air filters can usually take care of particles of a certain size (they often promise to be most efficient for particles that are 0.3 micrometers wide), but the size of UFP are often smaller than this.

These two types of pollutants make 3D printers an especially tricky problem for air purifiers, because the purifier needs to be able to deal with two very different types of pollutants: VOCs and UFPs.

What type of air purifier is best for 3D printer pollution?

Each air purification technology has its own strengths and weaknesses, and not all air purifiers can handle both particulate pollutants and VOCs.

HEPA – HEPA filters are designed to a specific standard to remove 99.97 percent of particles of 0.3 microns in size. Because UFPs from 3D printers may be as small as 0.1 microns in size, a HEPA filter will be unable to remove all of them from the air. But these tiny particles tend to cling together or to other particles in the air, increasing their size. And studies have found that enclosing the printer itself in a HEPA filtered enclosure reduced UFP concentrations in the room by 98 percent. So a HEPA filter can help reduce the amount of UFPs in the room, even if it cannot remove every single one. However, HEPA filters do not remove VOCs or burning plastic odors.

Carbon filters – Carbon filters use activated charcoal to remove VOCs from the air. The carbon contains numerous spaces where VOC molecules can become attached, like a lock fitting into a keyhole. This process, known as “adsorption,” can effectively remove VOCs as well as odors from the air. The problem with carbon air purifiers is that they gradually lose their efficiency as the carbon “fills up” with VOC molecules. Eventually, the filter will not only stop working, but also begin emitting those same toxic compounds back into the air. Therefore, they need to be replaced frequently. Moreover, carbon filters cannot filter certain compounds, like carbon monoxide and other types of gases. Because the VOCs emitted by 3D printers are related to melting plastic, household carbon filters may not be as effective at removing them. Finally, carbon filters do not capture any particulate pollutants, including UFPs, whatsoever.

Ozone generators – Ozone generators not only have a limited effectiveness ofremoving gases, but they also produce harmful ozone, which is a lung irritant. Toxic byproducts are also created during this process, adding to the airborne chemicals already in the air because of hot plastic in the printer. Moreover, ozone generators do not eliminate particles, so the potentially dangerous UFPs are unaffected. Because of these factors,the EPA does not recommend ozone generators for use in enclosed spaces.

Ionizers – Ionizers apply an electric charge to particles that pass through it, causing them to clump together and settle out of the air. But this process produces ozone, which means they have the same drawbacks as ozone generators. Ionizers are also ineffective against VOCs, so they will not remove the toxic by-products of melting plastic produced by 3D printers. Some air purifiers have a special “ionizing” section to complement the primary technology contained in the device.

PCO – PCO air purifiers claim they can remove VOCs from the air using a photochemical reaction. However, the by-products of these reactions are unpredictable and may be toxic. In addition, PCO air purifiers emit some ozone, and they are not effective against particulate pollutants.

Our recommendations for 3D printing pollutants

PECO air purifier – The Molekule PECO air purifier is an ideal solution for 3D printers because it removes both particles and VOCs from the air. The toxic fumes from 3D printers are permanently destroyed, so they are not released back into the air, as in the case of a carbon filter, where VOCs are temporarily trapped on a surface and can potentially “unstick” from the filter if conditions change. What is also unique to PECO technology is that it can destroy 3D printer particulates that are carbon-based, which is what plastic molecules essentially contain—long chains of organic matter that make up petroleum or corn-based plastic.

PECO-HEPA Tri-Power – Molekule’s newest filter combines the destroying power of PECO with HEPA’s particle capture efficiency. A layer of carbon adds a third layer of protection to quickly remove VOCs before PECO destroys them.

Hybrid of carbon and HEPA filtration – Alternately, if your personal situation or budget dictates, you might consider a hybrid unit with an adequate amount of carbon AND a HEPA filter because it can help address both particles and VOCs from a 3D printer. Though organic particles will not be destroyed as in the case of PECO technology, the HEPA filter will still capture pollutants. Note that the carbon layer should be of an adequate weight (e.g., more than 5 lb) so it is substantive enough to soak up VOCs (a thin layer will saturate quickly).

Other ways to improve air quality when using a 3D printer

The most important step to take when using a 3D printer is to use adequate ventilation. Because a 3D print run can take hours or even days, this probably requires something beyond an open window. A proper vent fan exhausting to the outside will draw VOCs and particles out of the house, keeping your air cleaner.

As a greater understanding develops of the potential hazards of using 3D printers, new plastics and base materials are being developed that produce VOCs and UFPs in smaller amounts. Choosing low-emission base materials can also help with your indoor air quality.

Using the 3D printer inside a HEPA filter-equipped enclosure is a proven way to make them safer. However, very few 3D printers are currently sold with enclosures included. Adding a HEPA enclosure to your workshop is a great way to prevent many of the air quality issues caused by 3D printers.

As 3D printing technology becomes more available and affordable, so too is our understanding of its effects on indoor air quality and our health. Therefore it is crucial to make an informed decision when selecting an air purifier to help maintain a safe indoor environment if you have a 3D printer in your home or workspace.

Air pollution in 3D printing

Main page

Articles

Smoke from a 3D printer

Introduction How does a printer pollute the air How does a BOFA filter

What is 3D printing

3D printing is also known as additive manufacturing. This means that the product is created by adding material in layers. The process is controlled by a coordinate XYZ robot with digital control. Printers work with plastic or metal. The material is fed to the deposition point in the form of wire or powder. The printer is melting the material. Then it connects to the previously applied base.

A 3D printer will produce objects of complex shape. This favorably distinguishes the additive process from the subtractive one, when excess is removed from a large piece of material. Machining, laser processing, soldering or welding generate more contamination. And a lot of material is wasted. 3D printing does not consume a lot of extra material. It appears to be a clean process, but it still pollutes the air.

Anyone using 3D printing needs to be aware of the health risks. The 3D printer seems safe. But it can generate toxic fumes and hazardous substance particles. Technological processes that transform the material pollute the air in the workplace. This applies to cutting, engraving, thermal decomposition in a laser machine, soldering with a toxic flux, etc. Molten metals and polymers are no exception.

Why is a 3D printer dangerous?

Ultrafine particles

Heating a substance causes the release of solid particles, droplets and vapors. They may be harmful if inhaled.

European scientists are gradually revealing the dangers of 3D printing to health. According to the 3D Printer Emissions Report , plastic melting releases small nanoparticles of material into the air. They cannot be seen without special equipment. But that doesn't mean they are safe.

PLA plastic nanoparticles are used in pharmaceuticals as a means of delivering drugs to various organs, including the brain. Cosmetics use the same effect. Ultrafine particles penetrate the skin. By themselves, PLA particles are not toxic. But no one knows about the consequences of accumulation in human organs. Nanoparticles condense into relatively large formations. It is known for certain about the harmfulness of soot nanoparticles from automobile exhausts . They are associated with degenerative brain diseases, such as Alzheimer's disease.

ABS plastic is toxic when melted. Nanoscopic ABS particles are just as toxic. These particles are very small. During inhalation, they enter the brain through the olfactory nerve. They spread throughout the body through the bloodstream. Most organs can get rid of them naturally, but the brain and lungs become clogged for a long time.

In fact, particles as small as 10-200nm easily enter the bloodstream through the lungs. Their toxic action differs from the original substance in the usual shapes and sizes. According to study by the Italian Institute of Health and Consumer Protection nanoparticles are deposited in the lungs in greater quantities than e-cigarette smoke.

Gases or vapors

Molten ABS gives off a particularly unpleasant odor. Other plastics including nylon, HIPS and HDPE emit the same toxic fumes but have less odor.

Polymer materials can vaporize some of their constituents. Dioctyl phthalate is often added to them for flexibility and mold resistance. During high heat or laser treatment, benzene is released in hazardous quantities. And while working with PVC, HCl aerosol condenses in the air.

The high temperature in the area of the printer head causes the air to expand. Vapors quickly spread in the work area along with plastic particles. Thermal degradation products of polymers are shown in the diagram below.

How does BOFA work?

A smoke extractor is an extractor hood with filters placed in one device. She got her name at the time when she removed the smoke of a soldering iron or a laser engraver. But these same devices with special filters are also suitable for a three-dimensional printer. The smoke extractor block for the printer is not much different from the soldering block.

3D printing is sensitive to changes in air temperature. Therefore, he is afraid of drafts. If you are using a small open printer, then the polluted air can be removed with a conventional smoke extractor. In order not to disturb the climate in the printer, select the minimum air suction speed.

If your 3D printer model is closed, there is a protective cover, then you can install a cleaning curtain. During operation, while the printer window is closed, it can be turned off. But it will clean the outgoing air when you open the box to take out the finished product.

If your printer is large and completely enclosed, then it will most likely have built-in pipes for connecting the hood. They can be connected to a smoke extractor with large filters. It can operate continuously or turn on at the command of the printer. The fume extractor captures dirty air and returns it back to the printer so as not to change the air temperature during the printing process.

3-stage filtration

A complete smoke extractor is equipped with three filters. The first is the pre-filter. It does not let in coarse dust, so as not to clog the main fine filter with it. The fine filter is HEPA. Particles of all sizes, including aerosols and nanoparticles, settle on its fibers. The gas filter completes the cleaning. It consists of densely packed activated carbon granules with interlayers of fiberglass. Activated carbon traps VOCs and nanoparticles that HEPA missed.

Smoke extractor against exhaust

The cheapest way to remove smoke is a duct fan and air ducts. The emission of polluted air through the window is prohibited by SanPin standards. And the smoke extractor has advantages.

Good air purification from all kinds of solid particles and aerosols
There will be no odors from melted plastic or metal in the room
You will be sure that your health will not suffer
The microclimate in the 3D printing machine will be stable
Supply ventilation with heating or air conditioning is not needed, as for the extract through the window

Eliminate the harmful agent

The hood with filters will solve the problems with harmful emissions from 3D printing with polymers and metal powder. Without proper filtration, ultrafine particles cause skin and eye irritation. Nanoparticles accumulate in internal organs and lead to systemic disorders, heart and vascular diseases, and Alzheimer's disease. The smoke extractor is suitable for household and professional models of printers. Extractor hood with filter, recirculation and airflow adjustment minimally affects the air temperature inside the printer. BOFA will take care of you and the world we live in.

Smoke extractor catalog PDF

You can familiarize yourself with the models on our website in the section Smoke detectors for 3D printers

During business hours, a showroom or showroom is open in our office. Popular BOFA smoke extractors are on display here.

Watch our video

Visit our YouTube channel where you can get a closer look at the manual editing methods we offer: www.youtube.com/user/ARGUSXvideo

STL file Dellorto air filter・3D printer design download・Cults

dyson T033369 pneumatic

5 €

Voopoo Argus GT Accu Lid Repair Kit

4 €

Zeus Tank Geek Vape Clearomizer Drip Tip Cap

1 €

voopoo musket accu part v1

2 €

Abarth Logo Plaque

1 €

Drip tip 810

1 €

TGB Express 50 Bouchon huile

2 €

Mr.

Sabena (1958)

3 €

The best files for 3D printers in the Tools category

PRECISION CALIPER 3D PRINT DIY

3.04 €

Contour Gauge Duplicator

Free

Modeling Topography and Erosion with 3D Printing

Free

3D print shoulder rig V2.0

Free

Bosch 12V Battery Stand

1.29 €

Zenmuse gimbal mount

Free

LED mounts for bike light

Free

Etaumatique

Free

Bestsellers in the Tools category

Tool holder for 3D printer V3.0

1.13 €

PET-Machine, make your own plastic bottle filament at home!

~~50€~~ -80% 10€

FAST PRINT STACKING STORAGE BOXES STACKING CONTAINERS

1,50 €

GEAR AND DRIVE

3. 58 €

Case for Chill Buddy lighter

1.01 €

Printer boxes for Ikea Lack Table

1,99 €

Ender 3, 3 V2, 3 pro, 3 max, dual 40mm axial fan hot end duct / fang. CR-10, Micro Swiss direct drive and bowden compatible. Printing does not require support

1.67 €

INDICATOR FOR BETTER BED LEVELING FOR ENDER 3 V2

3.06 €

Grinder | Grinder

€1.50

Cooling system Minimus Hotend

~~€2.54~~ -twenty% 2.03 €

Fast Print Paint Bottle Rack (6 sizes)

2.87 €

Paint stand with scissors

5,65 €

Business card embossing system

3 €

SUPERBOX

1,50 €