The Creality Space Pi Filament Dryer V2 Plus is a dual-filament 3D printer filament dryer designed to keep two filament spools dry and ready for consistent printing. BDTronics offers this Creality Space Pi V2 Plus with high-temperature drying up to 75°C, improved air duct design, 360° hot-air circulation, second-generation smart sensors, smart drying presets and convenient touch controls.

BDTronics Creality Space Pi V2 Plus is designed for users who print with moisture-sensitive materials such as PLA, PETG, TPU, ABS, PA, nylon and PC. Moisture absorbed by filament can contribute to popping, bubbling, stringing, inconsistent extrusion, rough surfaces and reduced layer quality. Controlled filament drying helps prepare moisture-affected filament before printing and can help maintain more consistent printing performance.

The dual-filament design allows two spools to be dried simultaneously, making it suitable for multi-material printing workflows, users with multiple active filament types and 3D printing environments where two spools need to remain conditioned and ready for use.

Features:

• Creality Space Pi Filament Dryer V2 Plus

• Dual-filament drying system

• Holds and dries two filament spools simultaneously

• High-temperature drying up to 75°C

• New air duct design for improved hot-air distribution

• 360° hot-air circulation

• Second-generation smart sensor system

• Smart temperature and humidity monitoring

• Smart preset drying modes

• Touch control interface

• Designed for convenient filament drying and preparation

• Suitable for moisture-sensitive 3D printing filament

• Helps reduce moisture-related filament printing problems

• Suitable for common FDM and FFF 3D printing materials

• Designed for desktop 3D printing environments

• Useful for both hobby and professional 3D printing workflows

• Dual-spool design saves time when preparing multiple filaments

Specifications:

• Brand: Creality

• Model: Space Pi Filament Dryer V2 Plus

• Version: V2 Plus

• Product Type: Dual Filament Dryer

• Filament Capacity: 2 Spools

• Maximum Drying Temperature: Up to 75°C

• Heating Method: Hot-Air Heating

• Air Circulation: 360° Hot-Air Circulation

• Airflow System: New Air Duct Design

• Sensor System: 2nd-Generation Smart Sensor

• Control System: Smart Presets and Touch Control

• Application: 3D Printer Filament Drying

• Suitable Printing Technology: FDM / FFF

360° Hot-Air Circulation:

• The Space Pi V2 Plus uses circulating hot air to distribute heat around the filament spools.

• 360° airflow helps provide more consistent heating throughout the drying chamber.

• The redesigned air duct system is designed to improve airflow distribution.

• Uniform heat distribution is useful when drying two filament spools at the same time.

• Drying performance depends on filament material, initial moisture level, spool size, ambient humidity and selected temperature.

High-Temperature Drying up to 75°C:

• Maximum drying temperature reaches up to 75°C.

• The higher temperature range provides additional flexibility for different filament materials.

• Suitable drying temperature should always be selected according to the filament manufacturer's recommendations.

• Avoid unnecessarily high temperatures for low-temperature or heat-sensitive materials.

• Different filament materials require different drying temperatures and drying times.

2nd-Generation Smart Sensor:

• The second-generation sensor system monitors conditions inside the filament drying chamber.

• Smart sensing helps maintain appropriate drying conditions during operation.

• Temperature and humidity information can help users understand the condition of the drying environment.

• Continuous monitoring is useful when drying moisture-sensitive engineering filaments.

Smart Presets:

• Built-in smart presets simplify filament drying.

• Presets reduce the need to manually determine temperature and drying time for commonly used materials.

• Select an appropriate preset based on the filament being dried.

• Users can choose drying conditions according to the specific filament manufacturer's recommendations when manual adjustment is available.

Touch Control:

• Touch control provides convenient access to drying settings.

• Users can select drying programs and adjust operating parameters through the control interface.

• The touch interface makes daily filament preparation easier.

• Suitable for quick setup before starting a 3D printing job.

Dual Filament Drying:

• Two filament spools can be placed inside the dryer simultaneously.

• Useful when two different materials or colors are required for a printing workflow.

• Allows two spools to be prepared at the same time.

• Helps reduce preparation time compared with drying individual spools separately.

• Particularly useful for multi-material printing and users operating multiple 3D printers.

Why Dry 3D Printer Filament?

• Filament can absorb moisture from surrounding air during storage.

• Moisture can vaporize during extrusion and create bubbles or popping sounds.

• Wet filament may produce stringing, inconsistent extrusion and rough surfaces.

• Excess moisture can negatively affect layer bonding and overall print quality.

• Nylon, PA, TPU and PC are particularly sensitive to moisture.

• Drying filament before printing can help restore more consistent extrusion behavior.

• Keeping filament dry after drying is also important because dried filament can absorb moisture again when exposed to humid air.

Compatible Filament Materials:

• PLA

• PLA-based specialty filaments

• ABS

• PETG

• TPU

• PA

• Nylon

• PC

• Other compatible FDM/FFF filament materials

Always follow the specific filament manufacturer's recommended drying temperature and duration because different brands and formulations can have different requirements.

How to Use:

• Open the filament drying chamber.

• Place up to two compatible filament spools inside.

• Position the spools correctly so they can rotate freely.

• Route filament through the appropriate filament outlet if printing directly from the dryer.

• Close the dryer chamber.

• Power on the Creality Space Pi V2 Plus.

• Select the appropriate smart preset or drying parameters.

• Set the temperature according to the filament manufacturer's recommendation.

• Set the required drying duration.

• Start the drying cycle using the touch control interface.

• Monitor the drying conditions using the smart sensor information.

• After drying, keep the filament inside a dry environment or airtight storage container when not immediately printing.

Recommended Applications:

• FDM 3D printing

• FFF 3D printing

• PLA filament drying

• PETG filament drying

• ABS filament drying

• TPU filament drying

• PA filament drying

• Nylon filament drying

• PC filament drying

• Moisture-sensitive filament preparation

• Dual-material 3D printing

• Multi-color 3D printing

• Professional 3D printing

• Engineering 3D printing

• Desktop 3D printing

• 3D printing workshops

• 3D printing laboratories

• Filament preparation before printing

• Filament moisture control

Usage Notes:

• Select drying temperature according to the filament manufacturer's recommendations.

• Do not exceed the recommended temperature for heat-sensitive filament.

• Drying time depends on filament type, moisture content, spool size and environmental humidity.

• Keep the dryer on a stable surface during operation.

• Do not block airflow or ventilation openings.

• Do not place incompatible materials inside the drying chamber.

• For best long-term moisture protection, store dried filament in an airtight dry box or suitable sealed container.

• Drying filament does not prevent it from absorbing moisture again after prolonged exposure to humid air.

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