01
Organized Material Storage
Keep working spools and reserve material together. Use the tiered layout to make your filament inventory easier to access.
Bring filament storage, drying and feeding into one organized cabinet. Prepare your material workflow for longer print jobs with controlled humidity and automatic spool switching.
Build a more organized process around the filament your production depends on.
01
Keep working spools and reserve material together. Use the tiered layout to make your filament inventory easier to access.
02
MINGDA lists automatic switching when filament is exhausted. Review printer integration and material setup before planning unattended jobs.
03
Track cabinet conditions at a glance. A controlled storage environment helps you manage moisture exposure throughout the workflow.
04
The bottom heating system supports drying up to 50°C. Match preparation time and temperature to your filament supplier’s guidance.
05
See material usage status and plan replenishment. Review the available information as part of your print preparation routine.
06
RFID support identifies MINGDA official filaments. Keep compatible material information connected to your storage and feeding workflow.
Separate working spools from additional stored material.
Four 1 kg spools for your working material setup.
Two 3 kg spools for larger material loads.
Additional storage for ten 1 kg or four 3 kg spools, as shown by MINGDA.
The specified six-spool capacity covers the upper and middle tiers. Bottom-compartment capacity is additional storage; it is not an additional set of active feeding positions.
Share your printer model, filament types and typical job duration with Rapid Scan 3D. Confirm feeding connections and automatic switching compatibility for your specific setup before purchase.
The printer pictured alongside the MD-F01 is shown for application context. Request a quote for the equipment you need.
Keep storage, drying and feeding requirements aligned with your filament.
Flexible materials such as TPU are excluded by MINGDA. Confirm filament and spool compatibility before ordering.
The cabinet’s maximum temperature is 50°C. Some engineering materials require separate higher-temperature pre-drying; follow the filament manufacturer’s preparation instructions.
| Product type | Filament dryer, storage cabinet and feeder |
|---|---|
| Dimensions | 600 × 450 × 1560 mm |
| Bottom storage space | 500 × 340 × 410 mm |
| Net weight | Approximately 85 kg |
| Input voltage / rated power | AC 220V / 1000W |
| Temperature range | Room temperature to 50°C |
| Target humidity | Below 15% RH |
| Humidity control accuracy | ±5% RH |
| Filament diameter | 1.75 mm |
| Specified spool capacity | 6 spools: 4 × 1 kg and 2 × 3 kg |
| Maximum individual spool weight | 3 kg |
| 1 kg spool dimensions | 200 mm diameter × 67 mm thickness |
| 3 kg spool dimensions | 270 mm diameter × 105 mm thickness |
| Feeding speed | 10–80 mm/s |
| Cabinet construction | Sheet metal and glass |
| RFID identification | MINGDA official filaments |
| Material exclusion | Flexible materials such as TPU |
Confirm current configuration, spool fit and printer integration before purchase. View manufacturer specifications.
Discuss your materials, printer and workload so your purchase supports the process you want to run.
Review how filament handling fits alongside printing, part removal, finishing and inspection.
Request current pricing and availability, then confirm configuration and support options before moving forward.
Tell Rapid Scan 3D about your printer, materials and production needs. Request MD-F01 pricing and review the right setup for your shop.