Alveo3d.com Review

Based on looking at the website, Alveo3d.com appears to be a legitimate and ethically focused company specializing in air filtration and safety solutions for 3D printing.

The site emphasizes the risks associated with 3D printer emissions, such as nanoparticles and VOCs, and offers products designed to mitigate these dangers.

This focus on user safety and health aligns well with ethical considerations, especially in industries where potential health hazards exist.

Overall Review Summary:

• Product Focus: Air filtration systems HEPA & Activated Carbon filters, enclosures, and custom solutions for 3D printers.
• Primary Goal: To reduce toxic emissions nanoparticles, VOCs from 3D printers, ensuring user safety and better air quality.
• Key Offerings: AlveoONE filtration system, PrinterCase enclosed kits, AlveoPRO industrial extraction, custom solutions for manufacturers.
• Ethical Stance: Strong emphasis on health, safety, and environmental responsibility by addressing known risks of 3D printing.
• Pricing: AlveoONE & R starting at €79.99, PrinterCase from €696.
• Transparency: Provides detailed information on emission risks, filter technology, and case studies.
• Customer Trust: Claims “More than 2,000 clients in over 37 countries” and includes testimonials/mentions from reputable sources like INRSR.
• Manufacturing: “Conception & fabrication française” French design & manufacturing.

The detailed explanations on the homepage regarding the health risks of 3D printing e.g., “A risk of chronic pollution,” “Toxic Emissions,” “Nanoparticles and VOCs” demonstrate a commitment to informing consumers.

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The website explicitly addresses the dangers of common filaments like ABS and even discusses the lesser risks of PLA and PETG, while still recommending filtration.

Their products, such as the P3D filter with HEPA and activated carbon, are presented as effective solutions to these identified problems.

This proactive approach to safety and transparency builds confidence in their offerings, suggesting a responsible business practice.

Find detailed reviews on Trustpilot, Reddit, and BBB.org, for software products you can also check Producthunt.

IMPORTANT: We have not personally tested this company’s services. This review is based solely on information provided by the company on their website. For independent, verified user experiences, please refer to trusted sources such as Trustpilot, Reddit, and BBB.org.

Best Alternatives for 3D Printing Safety Solutions:

For anyone looking to enhance the safety and air quality around their 3D printing setup, especially given the concerns raised by Alveo3d, here are some top-tier alternatives that focus on similar ethical and practical considerations:

• Prusa Enclosure

  

  • Key Features: Designed specifically for Prusa 3D printers, offers temperature stability, noise reduction, and includes options for advanced filtration systems often with HEPA and activated carbon. Modular design for easy expansion.
  • Average Price: Varies based on configuration, typically in the range of $350-$800.
  • Pros: Excellent integration with Prusa ecosystem, robust construction, good for thermal management, reliable.
  • Cons: Primarily for Prusa printers, can be bulky, filtration system often sold separately or as an add-on.

• Creality Enclosures

  • Key Features: Affordable and widely available, often portable fabric enclosures designed to reduce noise and contain fumes. Some models include fire-resistant materials.
  • Average Price: $60-$150.
  • Pros: Highly affordable, easy to set up and disassemble, portable, good for basic fume containment and heat retention.
  • Cons: Less rigid than hard enclosures, limited built-in filtration, may require external ventilation or DIY filter integration.

• Nevermore Activated Carbon Filter

  • Key Features: A popular DIY open-source activated carbon filter system widely adopted by the Voron community and others. Focuses on VOC filtration. Requires 3D printing some parts.
  • Average Price: Cost of raw materials activated carbon, fan, filament – typically $30-$70.
  • Pros: Highly effective at absorbing VOCs, cost-effective for DIY enthusiasts, customizable, community-supported.
  • Cons: Requires assembly and 3D printing skills, doesn’t filter particulates directly, often used in conjunction with a HEPA filter.

• Bambu Lab Activated Carbon Filter

  • Key Features: Integrated filtration solution within Bambu Lab’s 3D printers, primarily targeting odors and VOCs. Designed for seamless operation.
  • Average Price: Often included with the printer, replacement filters are usually $15-$30.
  • Pros: Seamless integration, quiet operation, effective for common fumes, part of a high-performance printer ecosystem.
  • Cons: Only applicable to Bambu Lab printers, may not be sufficient for all hazardous emissions without external ventilation, relies on proprietary parts.

• Air Purifiers with HEPA and Activated Carbon for rooms

  • Key Features: General-purpose air purifiers that use multi-stage filtration pre-filter, HEPA, activated carbon to clean room air from particulates, allergens, odors, and VOCs.
  • Average Price: $100-$500 depending on CADR and features.
  • Pros: Versatile for overall room air quality, effective for a broad range of pollutants, available from many reputable brands.
  • Cons: Not specific to 3D printer emissions, may not directly capture concentrated fumes from an enclosure, requires proper sizing for the room.

• Vivosun Inline Duct Fan with Carbon Filter

  • Key Features: Often used in grow tents but highly adaptable for 3D printer enclosures. Includes an inline fan for powerful extraction and a large activated carbon filter for heavy odor and VOC removal. Can be paired with a HEPA filter.
  • Average Price: $100-$250.
  • Pros: Very powerful airflow, excellent odor and VOC removal, durable, suitable for larger enclosures or workshops.
  • Cons: Can be noisy, requires ducting and external venting, larger footprint.

• Filament Dry Boxes with Integrated Ventilation

  • Key Features: While primarily for filament drying, some advanced models offer integrated fans and even small filters to manage emissions from the filament itself or when the printer is enclosed within.
  • Average Price: $50-$150.
  • Pros: Dual purpose drying and some fume management, compact, helps improve print quality.
  • Cons: Limited filtration capability compared to dedicated systems, primarily for filament storage, not a comprehensive solution for printer emissions.

Alveo3d.com Review & First Look

When you first land on Alveo3d.com, it’s immediately clear what their mission is: making 3D printing safer. They’re not just selling products.

They’re aiming to address a significant, often overlooked, health concern in the 3D printing community.

The site positions itself as a leader in enclosures and air filtration systems specifically designed for 3D printers, emphasizing “Secured 3D Printing.” This direct approach, backed by discussions on the risks of emissions like nanoparticles and VOCs, resonates strongly with the growing awareness around indoor air quality.

The homepage presents a clear, concise message: 3D printing, while innovative, isn’t without its risks.

They cite “chronic pollution” and highlight studies showing high production of nanoparticles 10 to 100 nm and VOCs linked to filament composition. Moneytribe21.com Review

This level of detail immediately establishes a sense of authority and genuine concern.

For anyone serious about 3D printing, especially those operating in less-than-ideal ventilation conditions, Alveo3d.com offers a seemingly indispensable solution.

The layout is intuitive, guiding visitors from problem identification to their tailored solutions, ensuring a smooth user experience.

Understanding the Risks of 3D Printing Emissions

It’s not just about what you print. it’s also about what you breathe. 3D printing, particularly with certain filaments, can release ultrafine particles UFPs and volatile organic compounds VOCs into the air. Studies have shown that these emissions can be a cause for concern, with potential impacts on respiratory health and overall indoor air quality. For instance, a 2017 study published in Environmental Science & Technology highlighted that 3D printers can emit UFPs at rates comparable to or even higher than some traditional indoor pollution sources, especially when printing with ABS filament. The total VOC emissions can also vary widely depending on the filament type, extruder temperature, and the printer model itself. This is why having a robust filtration system, like those offered by Alveo3d, isn’t just a luxury but a necessity for many.

Alveo3d.com Pros & Cons

Alright, let’s break down the good, the bad, and what could be better when you’re looking at Alveo3d.com. Owlpestcontrol.ie Review

Think of it like a quick audit to see if they’re walking the talk.

The Upsides: Clarity, Focus, and Safety Emphasis

One of the biggest wins for Alveo3d.com is its unwavering focus on safety. They don’t shy away from the potential health risks of 3D printing, presenting information on toxic emissions, nanoparticles, and VOCs front and center. This transparency is a huge plus. They clearly articulate the problem and then position their products as the solution.

• Dedicated Niche: They specialize exclusively in 3D printer safety, which often leads to deeper expertise and more tailored solutions compared to general air purification companies. This specialization allows them to address specific challenges, such as filtering ultrafine particles unique to 3D printing processes.
• Educational Content: The site includes references to studies and articles, and even offers a white paper download on emission risks. This commitment to educating the consumer about the “why” behind their products is commendable. For example, their discussions on the different toxicity levels of PLA, PETG, and ABS filaments are genuinely helpful for users to make informed decisions.
• Clear Product Line: The product categories filtration systems like AlveoONE, enclosed kits like PrinterCase, and industrial solutions like AlveoPRO are well-defined and easy to navigate. You quickly understand what each product does and who it’s for.
• Stated Effectiveness: They claim their P3D filter offers “more than 98% efficiency” for particles under 100 nm, and that their activated carbon is specifically selected to neutralize odors and irritations. While specific third-party validations aren’t immediately prominent on the homepage, the direct claims are reassuring.
• French Manufacturing: “Conception & fabrication française” suggests a commitment to quality control and potentially higher manufacturing standards, which can be a strong selling point for many consumers.
• Customer Testimonials/Case Studies: Featuring collaborations with entities like Prusa Research, Rat Pack, and Lattice Medical adds significant credibility. These “case studies” demonstrate real-world application and validation of their solutions by known names in the industry.

The Downsides: Information Gaps and Room for More Transparency

While the pros are compelling, there are a few areas where Alveo3d.com could improve to build even stronger trust and provide a more comprehensive experience.

• Limited Deep Technical Data: While they mention HEPA & activated carbon, deeper technical specifications e.g., specific HEPA classification like H13 or H14, exact CADR for their systems, lifespan of filters aren’t immediately obvious on the main page. This kind of data is crucial for informed purchases, especially for a safety-critical product.
• Missing Immediate Third-Party Certifications: While they reference studies and mention “INRSR recommendations,” prominent display of specific certifications from independent testing bodies like ISO standards for air filtration, or recognized health and safety organizations would significantly boost credibility. Many reputable manufacturers will feature seals of approval or direct links to reports.
• No Explicit Refund/Return Policy: A quick scan of the homepage doesn’t immediately reveal links to their return policy, warranty information, or a clear satisfaction guarantee. This is standard for e-commerce sites and crucial for consumer confidence. While they have a “Contact Us” link, explicit policy statements are preferred.
• Customer Support Hours/Availability: While “Contact us” links are present, there’s no immediate information on typical response times, hours of operation, or multiple channels of support e.g., live chat, phone number.
• Absence of a Blog or Regular Content: Beyond the white paper and a few linked articles, the site doesn’t seem to feature an active blog section that consistently publishes new content, safety tips, or industry updates. This can be a missed opportunity for SEO and building community engagement.
• No Clear “About Us” Section on Homepage: While the site mentions their French origin, a dedicated and easily accessible “About Us” section detailing their history, team, and mission would further humanize the brand and build trust.

Alveo3d.com Alternatives

When it comes to safeguarding your workspace from 3D printing emissions, Alveo3d.com offers a solid lineup, but it’s always smart to know your options.

The market for 3D printer safety solutions has grown significantly as awareness around air quality improves. Martins.uk.com Review

Here’s a look at some leading alternatives, each with its own strengths, whether you’re a hobbyist or running a professional operation.

Exploring Other Enclosures and Filtration Systems

The alternatives typically fall into two main categories: integrated enclosure systems that often include filtration, and standalone air filtration units designed to be used with or without an enclosure.

• Integrated Enclosures with Filtration:

  • Prusa Enclosures: As mentioned earlier, Prusa Research, a major player in the 3D printing world, offers their own Prusa Enclosure. These are robust, designed for their specific printers, and can be upgraded with active filtration systems often with HEPA and activated carbon. They provide excellent thermal regulation for printing challenging materials and significantly reduce noise. Pros: High quality, tailored fit, good community support. Cons: Pricey, primarily for Prusa printers.
  • Creality Enclosures: For those on a tighter budget or with a more generic 3D printer, Creality offers affordable, lightweight fabric enclosures. While they don’t always come with integrated filtration, they provide a contained environment for fumes and heat, making them a good base for DIY filtration solutions or pairing with external air purifiers. Pros: Very cost-effective, easy to set up, good for basic containment. Cons: Less rigid, often no built-in active filtration.
  • DIY Enclosures with Ventilation: Many users opt to build their own enclosures out of IKEA furniture, plywood, or acrylic sheets. These can then be fitted with inline duct fans and carbon filters like those found in hydroponics supplies for robust external venting. This approach offers maximum customization and can be highly effective. Pros: Fully customizable, potentially very powerful filtration, cost-effective for DIYers. Cons: Requires technical skill, time-consuming.

• Standalone Air Filtration Units:

  Rapidrepairnetwork.com Review

  • General-Purpose HEPA/Activated Carbon Air Purifiers: Brands like Coway, Levoit, and Blueair offer a wide range of room air purifiers equipped with true HEPA filters for particles and activated carbon filters for VOCs and odors. While not specifically designed for 3D printers, placing one near the printer, especially in an enclosed space, can significantly improve ambient air quality. Pros: Versatile, good for overall room air quality, trusted brands. Cons: Not designed for concentrated emissions from an enclosure, may require higher CADR Clean Air Delivery Rate for effective capture.
  • Dedicated Fume Extractors Soldering/Laser: Industrial fume extractors, often used for soldering or small laser engraving, can be adapted for 3D printing. These are typically powerful units with multi-stage filtration. Brands like Hakko or similar generic models can provide robust extraction. Pros: Powerful, highly effective, designed for capturing direct fumes. Cons: Can be noisy, may require custom ducting to integrate with a 3D printer enclosure, often more expensive.

Factors to Consider When Choosing an Alternative

When you’re evaluating any of these alternatives, think about a few key elements:

1. Filtration Effectiveness: Look for “True HEPA” filters capturing 99.97% of particles down to 0.3 microns and a substantial amount of activated carbon for VOCs. Some advanced systems might also include pre-filters for larger dust or even specialized filters for specific chemicals.
2. Airflow CADR: For room purifiers, CADR Clean Air Delivery Rate indicates how quickly the unit cleans a room. For enclosed systems, look at the fan’s CFM Cubic Feet per Minute or m³/h rating to ensure it can effectively cycle the air within the enclosure.
3. Noise Level: Active filtration systems involve fans, which can be noisy. Check decibel ratings if operating in a living space.
4. Filter Replacement Costs: Filters need to be replaced periodically. Factor in the cost and availability of replacement filters.
5. Integration: How easily will the solution integrate with your current 3D printer setup? Does it require a custom enclosure, or is it a plug-and-play solution?
6. Budget: Solutions range from simple, affordable enclosures to complex, high-performance filtration units. Define your budget and prioritize features accordingly.

By carefully considering these aspects, you can choose an alternative that best meets your safety needs and integrates seamlessly with your 3D printing workflow.

How to Cancel Alveo3d.com Subscription

Based on the information available on the Alveo3d.com homepage, there is no explicit mention of a “subscription service” for their products.

Their offerings appear to be one-time purchases of physical goods like filtration systems, enclosures, and related accessories.

Products like “AlveoONE & R System of air filtration” are listed with a starting price, suggesting a direct purchase model rather than a recurring subscription. Lesleyluxuryvintage.com Review

However, if you’ve made a purchase and need to discuss returns, order modifications, or potential service contracts that might have been part of a custom solution especially for their “Solutions for manufacturers and professionals in additive manufacturing”, the primary method for contact is through their “Contact Us” page.

General Steps to Inquire About or Cancel an Order/Service if applicable:

1. Visit the Contact Page: Navigate to the “Contactez-nous” or “Contact us” link on their website e.g., https://www.alveo3d.com/contact-alveo3d/.
2. Use the Provided Contact Form or Email: Look for an online contact form or a direct email address provided on that page. Clearly state your order number if you have one and the nature of your inquiry – whether it’s about a potential service agreement, a product return, or a cancellation request.
3. Provide All Relevant Details: Include your name, email used for the purchase, order date, product purchased, and a clear explanation of why you wish to cancel or what information you are seeking regarding a subscription.
4. Await Response: Allow a reasonable amount of time for a response. Standard business practices usually mean within 1-3 business days.

Important Note on Recurring Payments: In the context of e-commerce, sometimes “subscriptions” can refer to recurring filter replacement services. If Alveo3d.com offers such a service which is not explicitly clear from the homepage text, cancellation would typically involve:

• Checking Your Account: If you created an account during purchase, log in and look for a “Manage Subscriptions” or “Order History” section.
• Contacting Customer Service Directly: This remains the most reliable method for any cancellation or modification if online options are not available.

Always review the terms and conditions or sales agreement provided at the time of purchase, as these documents will outline the specific cancellation policies for any recurring services or return processes.

Alveo3d.com Pricing

Alveo3d.com’s pricing structure, as presented on their homepage, provides a clear overview for key products, giving potential customers an immediate understanding of the investment required for safer 3D printing. Taxflowpartners.com Review

They offer a range of solutions, from individual filtration systems to complete enclosed kits, catering to different needs and budgets.

Here’s a breakdown of their main product pricing points:

• AlveoONE & R System of Air Filtration:

  • Starting from €79.99.
  • This is described as a “systeme de filtration d’air a monter sur caisson” air filtration system to be mounted on an enclosure. The “R” likely indicates a specific variant or component. The price suggests it’s an accessible entry point for those looking to upgrade an existing enclosure or integrate filtration into a DIY setup. The mention of “livraison offerte” free delivery is a significant bonus, especially for smaller items.
• PrinterCase All-in-One Enclosed Kit with Filtration System:

  • Starting from €696.
  • This is a more comprehensive solution, described as a “caisson en kit avec systeme de filtration” enclosed kit with filtration system. This higher price reflects a complete, ready-to-assemble enclosure that includes the necessary filtration components. The availability of “3 sizes in stock” indicates options for different printer dimensions. This is ideal for users seeking a complete, integrated safety solution without the need for extensive DIY.

• Custom Safety Enclosures Enceinte sur mesure: Zumbawear.eu Review

  • “Devis en ligne” Online Quote.
  • For industrial quality and larger volumes up to 1m³, Alveo3d offers custom-made enclosures. The pricing here would obviously be highly variable depending on specifications, size, and complexity. This service caters to professionals, businesses, or enthusiasts with very specific requirements that off-the-shelf solutions cannot meet.

• AlveoPRO Smoke Extraction System:

  • “Je découvre” I discover – No explicit price on the homepage.
  • This system is positioned as an “industrial quality and universal compatibility” solution. The lack of a direct price on the homepage suggests it might also be a more specialized or customizable product, requiring a direct inquiry or quote, similar to the custom enclosures.

• Filament Emission Particle Testing:

  • “Demandez un test” Request a test – No explicit price on the homepage.
  • This is a service rather than a product, offering testing of particle emissions for 3D printing filaments. Pricing for such specialized services is typically based on the scope of the test and the number of filament types, hence requiring a direct quote.

Overall Value Proposition:

The pricing reflects the specialized nature of these products, which are designed to address specific health and safety concerns in 3D printing.

While the PrinterCase is a significant investment at nearly €700, it bundles an enclosure and a filtration system, potentially offering a better value than purchasing components separately. Expectgreenutilities.com Review

The AlveoONE & R system at under €80 makes advanced filtration more accessible.

It’s worth noting that these prices are in Euros €, which implies their primary market is Europe, consistent with “Conception & fabrication française.” For U.S.

Customers, currency conversion and potential international shipping costs would need to be factored in.

However, the transparent display of these prices on the homepage is a positive aspect, allowing users to quickly assess their options.

Alveo3d.com vs. Competitors

When evaluating Alveo3d.com against its competitors in the 3D printer safety and filtration market, it’s essential to compare not just price points, but also product features, target audience, and overall value proposition. Nl.webuy.com Review

While Alveo3d carves out a niche with its focused approach to 3D printer emissions, other players offer broader air purification, DIY components, or integrated solutions within their own printer ecosystems.

Alveo3d.com’s Strengths:

• Specialization: Alveo3d.com is explicitly focused on 3D printer safety. This deep specialization suggests that their products are meticulously designed to address the specific challenges of 3D printing emissions nanoparticles, VOCs from various filaments.
• Integrated Solutions: Offerings like the PrinterCase provide an all-in-one enclosure with integrated filtration, simplifying the setup for users who want a complete safety solution.
• Clear Health Focus: The website heavily emphasizes the health risks of 3D printing, educating consumers on the dangers and positioning their products as essential preventative measures. This educational approach helps differentiate them from generic air purifier brands.
• French Design & Manufacturing: “Conception & fabrication française” implies a certain standard of quality and local support, which can be a strong appeal for European customers and those valuing regional production.

How Alveo3d.com Stacks Up Against Key Competitors:

1. Generic Room Air Purifiers e.g., Levoit, Coway, Blueair:

   • Alveo3d vs. Room Purifiers: Alveo3d’s products are designed for direct emission capture from the source the printer itself, especially within an enclosure, which is generally more effective for highly concentrated pollutants. Generic room purifiers, while excellent for overall room air quality, clean ambient air and may struggle to capture the initial, highly concentrated plume of emissions directly from an operating printer, especially if it’s not enclosed. Alveo3d focuses on specific 3D printing contaminants.
   • Price: Room purifiers range widely, but many effective models for small rooms can be found for $100-$300, often less than Alveo3d’s PrinterCase. However, they don’t include an enclosure.
   • Use Case: Room purifiers are better for general air quality, while Alveo3d is for targeted 3D printer safety.

2. 3D Printer Manufacturer-Specific Enclosures e.g., Prusa Enclosure, Bambu Lab’s integrated systems:

   • Alveo3d vs. Printer-Specific Enclosures: Alveo3d offers universal solutions e.g., AlveoONE fits various enclosures, PrinterCase comes in different sizes, whereas manufacturer enclosures are often tailored only for their own printers. For example, the Prusa Enclosure is an excellent, well-engineered product for Prusa printers, but it won’t fit an Ender 3 or a custom build. Bambu Lab printers come with sophisticated built-in filtration, offering seamless integration.
   • Price: Manufacturer enclosures can be similarly priced or even higher than Alveo3d’s PrinterCase, especially with filtration upgrades.
   • Use Case: Alveo3d caters to a broader range of 3D printer users and those seeking standalone filtration, while manufacturer solutions prioritize ecosystem integration.

3. DIY Filtration Components e.g., Nevermore Filters, Inline Duct Fans with Carbon Filters:

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   • Alveo3d vs. DIY: Alveo3d provides ready-to-use or kit-based solutions, which appeal to users who prefer convenience over custom building. DIY solutions using inline duct fans and carbon filters can be highly effective and potentially more cost-effective for those with the skills and time. The Nevermore filter, for instance, is a popular open-source project for VOC absorption within Voron enclosures.
   • Price: DIY components can range from very cheap e.g., $30 for a Nevermore build to hundreds for a powerful industrial extractor, depending on the complexity and quality of components.
   • Use Case: Alveo3d is for convenience and curated solutions. DIY is for maximal customization and cost-effectiveness for hobbyists.

4. Specialized Fume Extractors e.g., for soldering, laser:

   • Alveo3d vs. Industrial Extractors: Industrial fume extractors like those from Hakko are often more powerful and designed for continuous, heavy-duty operation. However, they can be overkill for a desktop 3D printer, are generally much noisier, and require manual positioning or custom integration with a 3D printer enclosure.
   • Price: These typically start at a few hundred dollars and can go into the thousands.
   • Use Case: Alveo3d is tailored for the specific emissions of 3D printing in a home or light-commercial setting. industrial extractors are for heavy-duty, multi-purpose fume removal.

Conclusion:

Alveo3d.com holds a strong position by offering specialized, integrated safety solutions for 3D printers, emphasizing health benefits and convenience.

While generic air purifiers offer broader air quality improvement and DIY options provide customization and cost savings, Alveo3d excels in providing ready-made, focused solutions specifically addressing the unique emission profiles of 3D printing.

For users who prioritize a dedicated, validated system to protect against fumes and particles from their 3D printer without extensive DIY, Alveo3d presents a compelling choice against its diverse set of competitors. Chelseapeers.com Review

FAQ

What is Alveo3d.com?

Alveo3d.com is a company specializing in air filtration systems and enclosures designed specifically for 3D printers, aiming to mitigate the health risks associated with toxic emissions like nanoparticles and volatile organic compounds VOCs.

What types of products does Alveo3d.com offer?

Alveo3d.com offers a range of products including the AlveoONE filtration system to be mounted on an enclosure, the PrinterCase an all-in-one enclosed kit with filtration, and custom-made safety enclosures, as well as industrial extraction systems like AlveoPRO.

They also provide filament emission particle testing services.

Why is air filtration necessary for 3D printing?

3D printing, especially with certain filaments like ABS or PETG, can release potentially harmful ultrafine particles UFPs and volatile organic compounds VOCs into the air.

These emissions can pose health risks, particularly with prolonged exposure or in poorly ventilated areas, making filtration crucial for user safety. Wckuk.org Review

Do Alveo3d filters use HEPA and activated carbon?

Yes, Alveo3d’s filters, such as the P3D filter, are designed with both HEPA High-Efficiency Particulate Air filtration for capturing nanoparticles and activated carbon for neutralizing odors and absorbing VOCs.

What is the claimed efficiency of Alveo3d’s filters?

Alveo3d claims their P3D filter offers an efficiency of more than 98% for filtering air particles smaller than 100 nm.

Where are Alveo3d products manufactured?

Alveo3d states that their products are “Conception & fabrication française,” meaning they are designed and manufactured in France.

How much do Alveo3d products cost?

Prices vary by product.

The AlveoONE & R filtration system starts from €79.99, while the PrinterCase enclosed kit starts from €696. Custom solutions and services require an online quote. Uk.millbrookbeds.com Review

Does Alveo3d.com offer free shipping?

Yes, the AlveoONE & R system is advertised with “livraison offerte” free delivery on their homepage.

Does Alveo3d offer solutions for industrial 3D printing?

Yes, Alveo3d offers solutions for industrial 3D printing, including custom safety enclosures for volumes up to 1m³ and the AlveoPRO industrial smoke extraction system.

They also cater to manufacturers looking to integrate filtration solutions into their own 3D printers.

Can Alveo3d products be used with any 3D printer?

Alveo3d’s filtration systems and enclosures are designed for universal compatibility or are offered in various sizes, making them suitable for a wide range of desktop 3D printers.

For specific printer compatibility, it’s best to check individual product specifications or contact them. Lignepure.com Review

What are nanoparticles and VOCs in 3D printing?

Nanoparticles are ultrafine particulate matter 1-100 nanometers emitted during 3D printing, which can penetrate deep into the respiratory system.

VOCs Volatile Organic Compounds are gases released from heated filaments, which can cause irritation and have long-term health effects.

Is PLA filament dangerous for health?

While PLA is generally considered safer than other plastics like ABS, it can still emit ultrafine particles and VOCs, though typically in lesser quantities.

Alveo3d recommends ventilation and filtration even with PLA.

Is ABS filament toxic for 3D printing?

Yes, ABS Acrylonitrile Butadiene Styrene is known to release more toxic fumes, including fine particles and VOCs, compared to PLA or PETG when heated during 3D printing, posing higher health risks with prolonged exposure. Roostake.net Review

Is PETG filament toxic for 3D printing?

PETG is generally considered less toxic than ABS.

However, like all plastics, it can emit ultrafine particles and VOCs when heated.

Alveo3d recommends good ventilation and filtration systems like AlveoONE when printing with PETG.

Is it safe to sleep while a 3D printer is running?

No, Alveo3d strongly advises against sleeping while a 3D printer is operating due to potential exposure to hazardous emissions even from “safer” filaments and the risk of fire from technical malfunctions.

Does Alveo3d offer a white paper on emission risks?

Yes, Alveo3d provides a downloadable white paper titled “Risks of toxic emission 3D printing 2024” which details the health risks associated with 3D printer emissions.

How do I contact Alveo3d.com for support or inquiries?

You can contact Alveo3d.com through their “Contactez-nous” or “Contact us” page on their website, where you can typically find a contact form or email address.

What are case studies on Alveo3d.com?

Alveo3d.com features case studies detailing collaborations with companies like Prusa Research, Rat Pack, and Lattice Medical, showcasing how their filtration solutions have been implemented to improve 3D printing safety and air quality in various professional settings.

Does Alveo3d offer services for testing filament emissions?

Yes, Alveo3d provides services for testing particle emissions for 3D printing filaments, where they measure particle concentrations and filter effectiveness to ensure compliance with health and safety standards.

Why is ventilation important for 3D printing?

Ventilation is critical for 3D printing to disperse potentially harmful fumes, odors, and ultrafine particles released by heated filaments, thereby improving air quality and reducing health risks in the workspace.

It also helps in regulating temperature within enclosed printing environments.