PrinterCase – Series
The Best Enclosure for 3D printers
In addition to reducing noise, and filtering the air containing fine particles and volatile organic compounds, this ventilated aluminum printer enclosure will allow you to print technical materials with ease while preserving your health.
Made in France. This product is available in 3 sizes.
Shipping in Europe – Delivered in kit.
In stock : shipping 2-3 days
696,00€ Inc. VAT
Our clients trust us
To eliminate harmful emissions
Improve print quality
Why buy an enclosure of 3D printer?
4 benefits from 3D printer enclosure
Temperature control
The enclosure protects against draughts and offers a warmer and more stable environment for your 3D printer. Deformation and bad adhesion risks on the print bed are reduced.
3D printer enclosure safety
During a 3D print, filament emits harmful and unpleasant odors. Then the enclosure contains and filters these emissions and then evacuates them into a safe environment.
Noise reduction
If your 3D printer is noisy, the noise can be reduced with the enclosure from 4 to 6 dB, making your working space quieter and calmer.
Better material protection
The enclosure and the anti-dust grids on the air intake limit the amount of dust on your printer. Maintenance operations will be reduced and you will gain productivity.
Useful and elegant enclosure for 3D printers
3D Printer Cabinet
The aluminium 3D printer enclosure is distinguished from its competitors by its particularly light and rigid structure and its aluminium profiles, which give it a sober and modern look. Its large transparent front door allows you to access your 3D creations easily and safely. Thus, you can keep an eye on them throughout the whole production process.
Air filtering system for 3D printers
Optimized air filtering system
The 3D printer enclosure is provided with an air filtering system designed to treat harmful emissions from 3D printers. The filtering device is composed of a high-efficiency filter and a power fan. This couple is perfectly appropriate to generate an airflow from 10 to 40 m3/h which is the ideal range to respect the FDM additive manufacturing process.
In addition, the fan speed according to the filament type can be managed by the V2 electronic board as well as the filtering time, in order to filter the enclosure volume only during the printing process and extend your filter lifetime.
HEPA 13 and activated carbon
HEPA P3D filter
The aluminium 3D printer enclosure is fitted with a specially designed 3D air filtration system: the P3D HEPA filter, which is also available for individual purchase.
The P3D HEPA filter provides high-efficiency filtration of nanoparticles and other volatile organic compounds up to 99.95% released into the air during 3D printing. The activated carbon combination has been carefully developed to treat the VOCs released during 3D printing.
3D printer enclosure with LED lighting
Embedded lighting
Fitted with internal LED ribbon lighting, the printer enclosure allows you to work with precision at any time of day.
Accessories enclosure for 3D printers
Anti-dust grids and cable
Air intake grids can be cleaned. The air inlet is calculated to generate the optimal airflow to create a lower pressure inside the enclosure and avoid polluted air leaks. The feed holes in this 3D printer enclosure have been designed for better filament insertion, allowing easy maneuvering around the 3D printer. You will be able to supply your printer and connect it with all types of cables (USB, RJ45 etc…)
Connected Smoke Alarm + Smart Plug (Option)
Worried about fire hazards while 3D printing?🔥? We had to find a solution. The system detects smoke and instantly cuts off the power supply using a radio signal, thus preventing fires from starting. These devices implement one of the first safety measures: cutting off the energy.
Industrial manufacturing quality
Designed and printed in France
Filament passageway
U silicone seal
The U silicone seals between each panel ensure airtightness and reduce vibrations.
Aluminium profile
The aluminum structure offers a rigid enclosure, resistance and lightness with the possibility to add customized accessories inside the enclosure with the standard rail on the profile.
EPDM foam seal
PMMA panels are placed on an EPDM foam seal in order to improve the overall structure’s airtightness and noise reduction from the 3D printer.
Magnet lock
3mm PMMA panels
The enclosure is composed of 4 transparent panels which offer a 360° view of the 3D printer.
Technical specifications
Series 900
External dimensions : 780 x 780 x 906 mm
Internal dimensions : 765 x 763 x 900 mm
(panel-panel)
Door width : 700 mm
Door height : 870 mm
Series 800
External dimensions : 680 x 680 x 806 mm
Internal dimensions : 662 x 661 x 800 mm
(panel-panel)
Door width : 600 mm
Door height : 770 mm
Series 600
External dimensions : 616 x 616 x 606 mm
Internal dimensions : 598 x 597 x 600 mm
(panel-panel)
Door width : 536 mm
Door height : 570 mm
Make sure the enclosure is compatible with your 3D printer
- Cartesian : include the full motion of the bed
- Spool : Anticipate where to place the spool (inside or outside the enclosure)
- Dimensions : Take the enclosure internal dimensions into account
Dimensions
Assembled- Series 900 : External dimensions (Lxlxh): 780 x 780 x 906 mm Internal dimensions : 765 x 763 x 900 mm
- Series 800 : External dimensions (Lxlxh): 680 x 680 x 806 mm Internal dimensions : 662 x 661 x 800 mm
- Series 600 : External dimensions (Lxlxh): 616x616x606 mm Internal dimensions : 598 x 597 x 600 mm
Package bundle
- 1. Structured black aluminium
- 2. 3mm PMMA panel with silicone seal
- 3. Magnetic swing door
- 4. Air filtering P3D HEPA 13 & activated carbon
- 5. V2 controller – Air filtering manager
- 6. LED lighting
- 7. Passageway cable – back panel
- 8. Anti-dust air intake grids
- 9. Filament guide on the top panel
- 10. 24v power supply
Fan specifications
- 1. Airflow 10 to 40 m³/h
- 2. Noise : 40 to 60 dB
Weight
Delivered in a kit- Series 900 : 32 Kgs
- Series 800 : 27 Kgs
- Series 600 : 22 Kgs
P3D Filter
HEPA & Activated carbon- 1. Impregnated HEPA 13 with activated carbon
- 2. Activated carbon mix for FDM machine
- 3. Weight : 0.150 Kgs
- 4. Handles
- 5. Foam sealing all sides
- 6. Lifetime: 600+ hrs
V2 electronic features
*version 2022-01-02- 1. TFT display
- 2. PWM fan speed
- 3. Timer
- 4. Filter lifetime monitoring
- 5. Customization options
- 6. Filter reset
- 7. Stand-by mode
- 8. Electronic safety : fan issue detection
- 9. Temperature sensor
FAQ:
1. Do we need an enclosure for a 3D printer?
1. Do we need an enclosure for a 3D printer?
Yes, it is advisable to use an enclosure for your 3D printer, especially one equipped with features like emission control, temperature stability, and safety considerations. This provides a controlled environment, reduces potential health risks, and enhances overall safety during the printing process.
Additionally, incorporating a smoke detector and a surge-proof control outlet adds an extra layer of safety, enabling you to monitor potential problems. We also recommend using a PWM controller board V2 as a remote control to manage an Alveo3D filterbox. Fully compatible with alveoONE and alveoONE-R, it offers numerous features such as speed control, filter lifespan, timer settings, and more.
2. Is 3D printing without an enclosure safe?
No, we do not recommend 3D printing without an enclosure. Considerations include emissions from certain materials and potential fire hazards. Using an enclosure can provide additional safety measures, especially when working with specific materials or in uncontrolled environments.
3. Do PETG and PLA need an enclosure ?
Neither PETG nor PLA really needs an enclosure. However, using the enclosure can provide some benefits to both materials, and in some cases it may even be necessary.
PLA:
- Generally prints well without an enclosure: PLA has minimal warping and doesn’t require high printing temperatures.
- Benefits of an enclosure: Can slightly improve print quality by reducing drafts and maintaining a more consistent temperature. This can be helpful for larger prints or prints with fine details.
PETG:
- Less prone to warping than PLA: PETG has a low thermal expansion, so it generally prints well without warping even without an enclosure.
- Benefits of an enclosure: Can be helpful for very large prints or prints with complex geometries to further minimize warping risk. Can also improve print consistency and surface finish.
4. Does a 3D printer enclosure need ventilation?
Yes, a 3D printer enclosure needs ventilation to control emissions, dissipate heat, regulate temperature, manage odors, and ensure proper air circulation for a safer and more effective printing environment.
When setting up ventilation for a 3D printer enclosure, it’s essential to consider the type and efficiency of the ventilation system, as well as its compatibility with the specific 3D printing materials being used. Besides, some enclosures come with built-in filtration systems to enhance air quality further.
Review our best product on YouTube 👇
Get your Printercase
The professional enclosure for 3D printer
from 749€ 696€ incl. VAT
Related products
1 review for Printercase : enclosure for 3D printer
KNOW HOW
French and made in the Alps
FAST DELIVERY
Available in European countries
CONTACT
WARRANTY
2 years warranty for all
Thoma –
Superb work from Alveo3D! From the packaging to the assembly instructions, the shipping is fast, everything is perfect. I recommend 100% even if the enclusre is not the cheapest on the market, there is no no equivalent open source and print quality.
C0035T01