ALVEO3D M100 Filter

The M100 filter for the AlveoPRO air filtration system represents an advanced high-efficiency solution designed for environments where emission control, environmental safety, and additive manufacturing process stability are critical. Based on high-performance HEPA 14 technology and an activated carbon system optimized for 3D printing emissions, this filter is designed to remove ultrafine nanoparticles and volatile organic compounds (VOCs) generated during FDM processes and other 3D printing technologies.

In the context of professional and industrial 3D printing, the demand for high-efficiency air filtration solutions has increased significantly due to the need for emission control and improved workplace air quality. The M100 positions itself as a benchmark in HEPA 14 filters for high-performance 3D printers.

High-efficiency HEPA 14 filtration for ultrafine nanoparticles

The core of the M100 system is based on a pleated HEPA 14 fiberglass filter media, designed to achieve a certified average efficiency of 99.92% in the 10 to 200 nm range, where the most critical particles generated in 3D printing with technical materials such as ABS and engineering polymers are concentrated.

This ultrafine nanoparticle retention capability makes the system an essential solution for environments where exposure to emissions must be strictly controlled without compromising printer performance.

Activated carbon optimized for VOCs and odor control in 3D printing

The system integrates highly specialized activated carbon designed to capture VOCs generated by 3D printing filaments. This material enables efficient reduction of odors and volatile compounds derived from technical material processing, improving air quality in enclosed production environments.

The combination of HEPA 14 and optimized activated carbon provides a comprehensive air purification solution for professional 3D printing, particularly relevant for industrial applications and technical labs.

Certified performance in AlveoPRO filtration systems

The M100 filter has been developed within a professional 3D printing filtration ecosystem, tested through nanoparticle measurement in the 10 to 200 nm range using high-precision instrumentation. These tests ensure consistent performance under real-world printing conditions with demanding technical materials.

This demonstrated efficiency positions the M100 as a benchmark in HEPA 14 filtration for advanced additive manufacturing environments, where airflow stability and particle capture are critical factors.

Compact industrial design and high-precision sealing

The M100 features a compact design of 175 x 175 x 105 mm and 1.2 kg, optimized for integration into 3D printer filtration systems and controlled production environments. Its architecture combines a robust technical frame with a high-precision sealing system.

The system performance is enhanced through double-sided EPDM sealing, an automatically applied sealing bead, and a perfect bond between the filter media and the structure, ensuring leak-free, high-efficiency filtration.

Extended service life and optimized maintenance

The M100 filter from ALVEO3D is designed for a service life of over 1500 operating hours, reducing replacement frequency in continuous 3D printing production environments.

Its quick-change system allows filter replacement in under one minute, optimizing workflow efficiency and minimizing downtime in industrial settings.

Professional filtration for safe and controlled 3D printing

The combination of HEPA 14 technology, specialized activated carbon, and optimized airflow design positions the M100 as an advanced solution in the professional 3D printing air filtration sector. Its application is aimed at environments where emission reduction, air quality, and process stability are strategic factors.

The result is a filtration system designed to meet the demands of modern industrial 3D printing, ensuring a cleaner, more stable, and controlled environment.