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Creality SpacePi X4 Filament Dryer

Ref.: CR-SPACEPI-X4

148.76 €

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Quantity	Discount	Price
5	5% 5%	141.32 € 141.32 €

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Approximate delivery date: Wednesday 5 November - Friday 7 November

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Creality SpacePi X4 Multi-Filament Dryer

The SpacePi X4 by Creality revolutionizes the world of professional 3D printing, offering an advanced system for 3D filament drying and secure storage. Designed for manufacturers, engineers, and 3D printing enthusiasts, this equipment allows drying up to four filament spools at once, ensuring maximum efficiency without compromising print quality.

This multi-spool drying solution is compatible with various materials such as PLA, PETG, TPU, ABS, PET, PC, ASA, PA and PAHT.

Efficient and precise drying for engineering filaments

The system of independent dual chamber with 200W + 200W PTC heaters reaches temperatures up to 85°C, ideal for engineering filaments such as PA, PAHT, PC, and other technical materials. This specialized drying eliminates the moisture that causes common defects in 3D printing, including stringing, clogging, layer shifting, and poor adhesion, ensuring consistent and professional results.

Video 1: Presentation of the Creality SpacePi X4 multi-filament dryer.

SpaceDry 4.0™: Intelligent drying and storage technology

The innovation of SpaceDry 4.0™ combines active dehumidification, automatic desiccant regeneration, and 360° hot air circulation, guaranteeing uniform and efficient drying. Thanks to its unidirectional valve design and airtight seal, the filaments remain dry even after completing the cycle, preserving their properties for every 3D print.

The SpacePi X4 dryer's dual dehumidification fans actively expel moisture during drying, without the need for manual dehumidification.

Video 2: The SpacePi X4 dryer's dual dehumidification fans actively expel moisture during drying, without the need for manual dehumidification. Source: Creality

Video 3: SpacePi X4 keeps the desiccant always active for continuous and effortless drying. Source: Creality

Video 4: The Creality SpacePi X4 ensures uniform drying thanks to 360° hot air circulation. Source: Creality

Smart control and humanized features

The SpacePi X4 incorporates a 3.2” touch interface that facilitates operation, silent drying modes, automatic lighting, and completion alerts. Its triple protection guarantees safety during drying, with anomaly detection, self-resetting PTC fuses, and NTC sensors that stop the process in case of unusual temperatures.

Energy saving and drying flexibility

The dryer allows operation in single-chamber or dual-chamber mode, optimizing energy consumption by up to 40%. This makes it an eco-friendly and cost-effective solution for simultaneously drying different types of filaments, from PLA and PETG to technical filaments like PA-CF and PPA.

Video 5: A user reviews the Creality SpacePi X4 filament dryer.

Compatibility and high-quality details

Compatible with 1kg and 2kg spools and 1.75mm and 2.85mm filaments, SpacePi X4 is ideal for all types of filaments: PLA, PETG, ABS, ASA, PVA, TPU, and technical variants. Its top/rear output design, sliding lock, and anti-scald rollers ensure ease of use and safety in every process.

Photo 1: The SpacePi X4 filament dryer offers quality details, such as a top/rear output design and a moisture-proof seal. Source: Creality

Photo 2: Among the high-quality details are also the sliding lock and the anti-scald rollers. Source: Creality

Defect-free 3D prints and maximum productivity

Keeping filaments dry is key to achieving defect-free 3D prints, improving adhesion, reducing stringing, and avoiding extrusion problems. SpacePi X4 offers **fast drying, secure storage, and smart control**, increasing productivity and ensuring professional-quality results in every 3D printing project.

SpacePi X4 redefines the standard for 3D filament drying, combining advanced technology, energy efficiency, and safety, becoming the essential tool for any professional 3D printing lab, workshop, or studio.

The SpacePi X4 filament dryer installed next to the K1C printer.

Photo 3: The SpacePi X4 filament dryer installed next to the K1C printer. Source: Creality

General information
Manufacturer	Creality
Certificates	UL 94 V-0
Temperature range	45-85 ºC

Dimensions and weight
Dimensions	382 x 290 x 270 mm
Weight	5 Kg

Specific properties
Filament diameter	1.75 / 2.85 mm
Spool diameter (inner hole)	200 mm
Spool width	150 mm
Maximum temperature	85 ºC
Maximum power	360 W
Spool diameter (outer)	200 mm
Maximum drying time	48 h

Other
HS Code	8516.8

1. Preparation and correct placement

Ensure the dryer is located in a well-ventilated area, preferably near the printers’ production area to minimize material transport.
Check that the surface is level and stable, and that there is enough space for feeding the spools without risk of tangling.
Connect the unit to the appropriate power supply, respecting current and voltage specifications.

2. Loading spools and process setup

Take advantage of the unit’s dual independent heating chambers (200 W + 200 W, up to 85 °C) to dry multiple spools in parallel.
Insert each spool into its corresponding holder in the dryer, adjusting the reel so that it rotates freely without friction.
Select the appropriate drying mode according to each material’s specifications.
Activate the "active dehumidification + desiccant regeneration" function, which helps maintain low filament moisture content.

3. Integration with multicolor (CFS) or serial printing

Maintain intelligent material rotation: ensure that spools do not stay out of the dryer for long before printing, to prevent them from reabsorbing moisture.

4. Routine maintenance and filament quality control

Regularly check the condition of the desiccant and regeneration system: if the dryer indicates active regeneration, ensure the process completes before inserting new spools.
Inspect spools after drying: look for signs of residual moisture (e.g., bubbling during extrusion, delamination, poor adhesion) and, if necessary, re-dry or discard.
Clean the dryer's air filters or ventilation grilles to ensure that the flow of hot, dry air remains unobstructed.

5. Best practices for reproducible results

Avoid opening the drying chamber more than necessary during the process, as thermal and moisture loads may be affected.
For critical materials (e.g., with fiberglass or carbon fiber), dry immediately after opening the original packaging and then store in an airtight container until use.

6. Safety and technical considerations

Do not exceed the recommended maximum temperature (85 °C) for filaments that cannot withstand higher temperatures, as thermal degradation or spool deformation may occur.