Material Dryer System
More than half the filament that reaches a printer needs drying before it will print well, straight off a sealed spool. MDS1 dries it and then holds it dry, so the moisture in your feedstock stops being one of the things that can go wrong.
Trusted, recognised and featured
Over 50% of New Filaments Need Drying
Most engineering polymers are hygroscopic, Nylon, PC, PETG, TPU and the composites among them: they pull moisture straight out of the air. Wet filament steams in the hotend, and that shows up as stringing, poor layer bonding, brittle parts and rough surfaces.
MDS1 removes that variable. Filament goes in wet and comes out dry, which is the cheapest thing you can do to make every print after it more reliable.
Dry, All the Way Through
The Failures That Trace Back to a Wet Spool
Moisture damage is expensive because nothing warns you. The spool looks the same going in. You find out at the end, in stringing, blobs, layers that peel apart and parts that measure wrong.
Drying first removes the cause rather than the symptom. Fewer reprints, less filament in the bin, and far less drift between one run and the next.
The Hidden Costs of Moisture Damage
A wet spool costs you long before it ruins a print: hours spent drying it, a machine standing idle while that happens, and material binned when it still comes out wrong.
Wasted Man-Hours
Time goes on planning the drying, looking up the right parameters and moving spools by hand.
Longer Time to Part
Filament has to be dried before it prints well. That takes hours, sometimes days, and the schedule waits.
Machine Downtime
Full utilisation is hard when feedstock has to be planned and dried days in advance.
Variability
Even done by the book, results drift. Starting humidity, the weather and how the spool was handled all move the outcome.
Extra Devices Needed
Once dried, filament needs yet more equipment to keep it in good condition.
Material Degradation
Repeated heat cycles over a spool’s life eventually degrade the material itself.
What Drying First Gives Back
Fast
Intelligent
User-Friendly
Safe
Real ROI
The Rest of the Range
Snowflake
Plug it in and print. Quality parts straight off the machine, up to 280°C.
Julia
Built for classrooms and labs: 60µm resolution, an integrated camera and IoT control.
Twin Dragon
Two independent extruders over a 600×600×400mm bed, for two-colour, dual-material, mirror and duplication work.
Volterra
A 450°C hotend and a 90°C chamber, for the engineering polymers nothing else will hold.
Dragon
One extruder, built for the large and demanding parts that run in engineering-grade material.
PrintStick™
A water-washable bed adhesive that holds the first layer down on any build surface.
Material Dryer, Answered
What types of filament can be dried?
How does it ensure even moisture removal?
Can I dry multiple spools at once?
Is it easy to use and maintain?
Can it handle high-volume production?
Keep Every Print Dry
MDS1 works alongside any Fracktal printer, and alongside the machines you already run.