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Ultracraft Greenprint - HeyGears

Ref.: HG-GREENPRINT

490.00 €

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Approximate delivery date: Monday 15 December - Wednesday 17 December

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Ultracraft Greenprint Air Purifier from HeyGears

3D printing offers endless possibilities, but it also generates VOC (volatile organic compounds) and particulate emissions that affect air quality in workshops, offices, and studios. GreenPrint from HeyGears is a system specifically designed for 3D printing environments, offering efficient, continuous purification without the need for filters. Thanks to its dual degradation technology, it not only captures pollutants but also destroys them, ensuring cleaner, safer, and more stable air over time.

Real-time air purification for 3D printing

During 3D printer operation, VOCs are constantly released into the environment. GreenPrint works in parallel, actively degrading these emissions with a photocatalytic system that prevents pollutant accumulation. This translates to a healthier and more comfortable environment, even in small or heavily used spaces.

Laboratory tests have shown that GreenPrint reduced TVOC (Total Volatile Organic Compounds) concentration by 92% in just 25 minutes in a 10 m² room, demonstrating far superior effectiveness compared to conventional filter-based purifiers.

The Greenprint air purifier is designed for 3D printing workspaces, offering efficient VOC purification without requiring filter replacement.

Photo 1: The Greenprint air purifier is designed for 3D printing workspaces, offering efficient VOC purification without requiring filter replacement. Source: HeyGears

Dual degradation technology: beyond traditional filters

While traditional purifiers only trap contaminants in filters that lose efficiency over time, HeyGears’ GreenPrint uses a combination of photocatalysis and deep degradation reactions to break down VOCs into harmless elements. This eliminates the need for periodic filter replacements and ensures consistent performance even after years of use.

Comparison: GreenPrint vs. traditional purifiers

Feature	HeyGears GreenPrint	Traditional filter-based purifiers
Purification technology	Dual degradation: photocatalysis + chemical reaction	Physical filtration (HEPA, activated carbon)
VOC handling	Actively breaks down VOCs	Traps VOCs but does not destroy them
Replacement required	No periodic replacements needed	Requires regular filter replacements
Long-term performance	Stable due to pollutant destruction	Decreases as filters saturate
TVOC reduction (example)	92% in 25 minutes in 10 m² (test)	Lower and variable effectiveness depending on design and filter condition
Maintenance	Minimal	Recurring and costly

Benefits of GreenPrint for 3D printing environments

The HeyGears GreenPrint design is focused on additive manufacturing, providing a system that protects health, maintains air quality, and minimizes operating costs. Key benefits include:

Proven reduction of VOCs and TVOCs.
Continuous operation during the printing process.
Stable and long-lasting performance.
Eliminates the need for filter replacements.
Increased safety in enclosed workspaces.

A reliable solution for professional and home 3D printing

Whether in a design studio, prototyping lab, or digital fabrication workshop, HeyGears GreenPrint ensures a cleaner and safer environment, free of contaminants from the printing process. With its advanced purification technology, it becomes the perfect ally for those seeking efficiency, cost savings, and healthier air during every 3D printing project.

Ultracraft Greenprint Air Purifier

General information
Manufacturer	HeyGears

Machine properties
Maximum sound level	47 dB(A)~60 dB(a)

Electrical properties
Consumption	84 W

Dimensions and weight
Dimensions	270 x 270 x 520 mm
Weight	7 Kg
Package weight	8 Kg

Other
HS Code	8421.9

Installation and placement
- Place the unit close to the printing area to efficiently capture vapors and VOCs.
- Leave at least 30‑50 cm free space around for proper airflow.
- Ensure the surface is level and stable.
- Connect to power according to manufacturer specifications (220‑240 V, 50/60 Hz).
Use during printing
- Turn on the purifier before starting resin printing.
- Keep it running throughout printing, washing, and curing.
- Adjust airflow according to room size and number of printers.
- Regularly check that intake and exhaust grilles are not blocked.
Materials and compatibility
- Use as a complement to general ventilation; it does not replace full room ventilation.
- Compatible with stereolithography resins and UV curing systems.
- Increase ventilation if using resins with additional solvents or volatile additives.
Maintenance and consumables
- Clean external grilles every 2‑4 weeks.
- Check operational indicators and plan annual technical inspection.
Environmental quality control
- Periodically measure TVOC or formaldehyde levels to ensure safe concentrations.
- Record usage times, number of active printers, and resin types.
- For high load periods, increase mechanical ventilation or local extraction.
Safety and best practices
- Comply with local industrial ventilation and hygiene regulations.
- Do not replace PPE (gloves, goggles, masks) with the purifier.
- Indicate purifier operation in the area and avoid blocking airflow.
- Let the purifier run 15‑30 min after printing to clean the air before turning off.