Flashforge VDS

Flashforge VDS: a dual-chamber filament dryer

The Flashforge VDS is a drying system designed to keep 3D printing filaments in suitable condition before and during use. Its two independent chambers allow different materials to be dried using settings adapted to each one. The temperature can be adjusted from 45 to 85°C, while 360° hot air circulation promotes even heat distribution around the spools.

With humidity management and programmable cycles ranging from 1 to 48 hours, the VDS is a practical solution for users who regularly work with moisture-sensitive filaments, particularly nylon and TPU.

Flashforge VDS: 3 key features for drying 3D printing filaments

Two independent chambers for drying different filaments

The Flashforge VDS features two independent chambers, allowing different filaments to be dried separately. This design offers greater flexibility when preparing several materials with different drying requirements.

Each chamber has its own settings, allowing drying conditions to be adapted to the filament being used, in accordance with the manufacturer's recommendations.

360° hot air circulation and temperatures up to 85°C

The 360° hot air circulation system promotes even heat distribution around the spools. The temperature can be adjusted between 45 and 85°C to meet the drying requirements of different filament types.

This temperature range is particularly useful for certain technical materials that require higher drying temperatures, in accordance with the manufacturer's recommendations.

Automatic filament humidity control

The Flashforge VDS monitors humidity inside its chambers and manages the drying process when the set threshold is exceeded. It also includes a reusable desiccant that can be regenerated during drying.

This combination helps limit filament exposure to ambient moisture and makes it easier to keep materials in suitable condition between prints, particularly hygroscopic materials such as nylon.

Flashforge VDS: features designed for 3D printing

Programmable drying cycles of up to 48 hours

The Flashforge VDS offers adjustable drying times from 1 to 48 hours, allowing the cycle to be adapted to the material and its condition. Hygroscopic filaments, such as nylon and certain technical materials, may require longer drying times than other plastics.

This programming function allows users to select an appropriate drying time without having to constantly monitor the device. For consistent results, it is still essential to follow the filament manufacturer's recommended temperature and drying time.

Compatible with several filament types

The VDS is listed as compatible with PLA, PETG, ABS, TPU, PC and PA, as well as fibre-reinforced materials. It therefore suits a wide range of applications, from everyday 3D prints to components made from technical materials.

It accommodates spools up to 202 mm in diameter and 72 mm in width. The standard filament diameter is 1.75 mm; 2.85 mm filament is supported only through the top outlet. These dimensions should be checked before use.

Overheating protection and flexible control

For high-temperature drying cycles, the Flashforge VDS incorporates dual overheating protection. Settings can be adjusted directly on the device or remotely via the compatible connected system. This combination makes it easier to monitor drying while providing an additional layer of thermal protection.

Machines compatible with the Flashforge VDS:

• Flashforge Creator 5 / Creator 5 Pro
• Flashforge AD5X
• Flashforge AD5M Pro / AD5M

Our verdict on the Flashforge VDS filament dryer

The Flashforge VDS stands out primarily for its two independent chambers, which allow filaments with different drying requirements to be handled simultaneously. Its maximum temperature of 85°C, automatic humidity control and drying cycles of up to 48 hours make it an interesting option for users who regularly print with nylon, PC or other moisture-sensitive materials.

However, users should consider the unit's size, spool dimensions and the recommendations specific to each filament. It is a suitable choice for establishing a consistent filament-drying routine in a regular 3D printing environment.