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In-line moisture control for production FFF

Stop Baking Filament. Start Printing.

Drywise conditions the segment of filament about to be extruded, not the whole spool. Inline during printing. Stronger parts, tighter tolerances, fewer reprints - quicker deployment.

TRUSTED BY TEAMS AT
Drywise product
Designed for the line

Built like a tool. Sized like a shelf.

A single industrial unit that sits between your spool and your printer. No bake cycles. No queues.

Autoloader
Motorised feed with near-zero spool drag for larger spools
Inline Architecture
Conditions only what’s about to extrude
Smart and prepared
Preprogrammed Material profiles ready
Engineering-grade temps
Built for PA, ULTEM (PEI), PEEK, PEKK, PC
Plug-and-play
Works with most FFF/FDM 3D printers
Industrial reliability
CE / RoHS certified · built for 24/7 duty
THE PROBLEM WITH PRE-DRYING

You dried it overnight. The print still failed.

Every operator running engineering filament knows the routine.

Pre-drying takes a full shift

Nylon needs at least 8–12 hours at 80°C. PEEK / Ultem need longer.

8–12h per spool, before you even start

The clock starts the second you take it out

materials begin moisture regain the moment they leave controlled conditions.

≤ 4h before moisture is detectable again

The cost of one failure

One failed 24-hour print, can easily cost upwards of €180 of material, in addition to a day of machine time.

€180+ per failed engineering-grade print
Three ways to dry filament

One of them actually works for production.

The first two are how you got here. The third is why leading print labs are using Drywise.

METHOD · 01 DIY

Oven, dehydrator, or hairdryer

12 hrs per spool · unpredictable
  • No moisture readout
  • Thermal cycling damages the filament
  • Spool deforms above 70 °C
  • Ties up shared oven/lab equipment
METHOD · 02 CONSUMER

Heated dry-box

6–10 hrs + moisture re-absorbs after
  • Caps out at 70–80 °C
  • Pre-dry only (moisture creeps back during long prints)
  • No filament-side sensing or profiles
  • Print-from-box only works for small spools
METHOD · 03 ✓ DRYWISE

In-line, real-time conditioning

Near instant load spool · start print
  • Conditions only the segment about to be extruded. Predrying only needed for the first filament section if the spool is wet (~40 mins)
  • No thermal cycling (material integrity preserved)
  • Autoloader handles larger industrial spools (5kg+) at near-zero feed tension
  • Sensors + profiles = repeatable results across operators and environments
  • Consistent quality on long, unattended jobs
  • Print scripts available for Cura, PrusaSlicer, BambuStudio and others - 0 mins hands-on downtime
Mechanism

In-line, on demand. Not pre-dry and hope.

A Patented closed-loop air path conditions only the segment of filament passing through. Sensors and material profiles keep conditions stable for jobs of any length.

— STEP 01

Mount inline

Place Drywise between the spool and your printer's extruder. No printer modifications needed.

— STEP 02

Select profile

Pick the material profile from the touch panel. Sensors control the drying profile and conditions.

— STEP 03

Print as usual

Filament is conditioned just before extrusion. No thermal cycling, no stop- start.

— STEP 04

Verify

Guiding LEDs and on-device telemetry confirm conditions are within specified limits throughout the print.

The difference

Slide to see what moisture costs you.

Same printer. Same settings. Same filament through the same Drywise unit

only difference - Drywise OFF vs ON.

Without Drywise With Drywise Without Drywise With Drywise
Return on investment

See when Drywise pays for itself.

Estimate your break-even timeline based on your own material costs, machine time, and moisture-driven failure rate.

Inputs

Your setup & operations

Result

Projected ROI

Time to break even
Total monthly savings
€0
Material: €0 Time: €0
Annual ROI
0%
Book a Demo
Estimate only. Actual savings vary by material, printer, and workflow. Bring your real numbers to a demo and we'll model it together.
What changes

Outcomes on the print bed.

Stronger End Product

Reduce weak bonds and surface defects caused by trapped moisture.

Improved Surface Finish

Cleaner layers with less stringing and pitting.

Confidence on Long Prints

Long 3D prints, protected against moisture-driven failure.

Save Time & Cost

Fewer reprints, less operator time, smoother workflow.

Streamlined Workflow

No material expertise required to get consistent results.

Repeatable Results

Repeatable results independent of the operator or environmental conditions.

Built for real-world
Compatibility

Built for real-world printers and materials.

Prusa Ultimaker Markforged BambuLab Polymaker Stratasys Tectonic Vision Miner Lehvoss and many others
Check material list for compatible materials or get in touch to learn more
In production today

What engineering teams say about Drywise.

  • Printing hygroscopic materials like TPU across multiple manufacturing facilities with varying humidity levels used to cause major quality inconsistencies. Drywise has been invaluable as a quality assurance tool, using its pre-calibrated profiles and inline drying to ensure our materials are perfectly dry before reaching the extruder.

    It significantly reduced our humidity issues, allowing us to maintain consistently high print quality, minimize material waste, and achieve absolute specifications across all our European locations.

    Ford Werke GmbH 3D Printing Center · Cologne
    Ford
  • Drywise has proven to be a total game-changer for us at BAC. Traditional drying methods were consuming huge amounts of energy and time, which made running our 98-hour prints a persistent challenge. Since integrating Drywise directly into our workflow, we no longer waste hours pre-drying materials, and our energy consumption during active printing has dropped by over 45%.

    It ensures consistent filament condition throughout our entire long-duration prints, allowing us to maintain the peak part accuracy and surface finish required for our supercars without wasting material.

    Briggs Automotive Company
    BAC
  • We are impressed at how well Drywise enables engineering parts with materials that are hygroscopic. Typically, these materials are difficult to print, require extensive drying prior to printing, and in some cases even degrade on the time scale that printing a part takes, so they have to be stored in anhydrous circumstances during printing. All this is a hassle.

    With Drywise, it has become as simple as loading the filament, and after the pre-heat pre-dry cycle, just start printing with a guaranteed well-conditioned filament. Therefore, it is no surprise that we recommend using the Drywise for any hygroscopic filament, such as polyamides / nylons. Drywise has been certified by UltiMaker as a third party hardware to work well with UltiMaker S-Line 3D printers.

    UltiMaker
  • Integrating innovative materials from Fiberthree, paired with Drywise filament dryer into our production process has been a groundbreaking move. We have dramatically improved our printed parts quality and reliability while still leveraging the flexibility of in-house production.

    Further we’ve cut our drying times significantly, the quality of our prints has improved remarkably, and we’re seeing much less material waste. It’s truly revolutionizing the way we produce our Auriol drones.

    Benjamin Wiens Co-founder
    Third Element Aviation
  • The project for the circular PA6 material had hit a roadblock. The material was ready but due to its very high moisture sensitivity and the lack of technology enabling in-line drying, it had to be placed on hold.

    Drywise is the solution we were waiting to enable this material, allowing it to be reliably 3D printed every time, and finally unlocking the circular economy to Additive Manufacturing.

    Dr. Thiago Medeiros Araujo Global Product Manager, LUVOCOM 3F
    LEHVOSS Group
  • We’ve been so impressed with what Drywise can do that we’ve started using the device for other 3D printers and filaments, such as the carbon fibre options available with the Bambu Labs range of machines. So far, the results have been excellent.

    Gerard Shields Managing Director
    Printpool
  • Before Drywise, material handling was a time-consuming challenge, with off-the-shelf solutions leading to unreliable results. Drywise streamlined our workflows, saved significant costs, and bolstered our confidence in delivering top-tier print projects on schedule. We now are offering Drywise as the go-to solution for every Markforged customer.

    Tolga Bolol Business Development Specialist
    3D Promakim
Before you order

Frequently asked.

How fast is delivery?

Delivery varies upon location and quantity required. Usually around 1 week if units are in stock, up to 3 weeks if built-to-order. Worldwide shipping from Malta.

Will this work with my printer?

Most probably yes as it works with most FDM/FFF systems. Prusa, UltiMaker, BambuLab, Makerbot, Raise3D, Anisoprint / Fiberforce, Markforged, Creality, Stratasys, Vision Miner and many others.

Which materials benefit most?

PEI (Ultem), Nylons (PolyAmides PA), PA-CF, PETG, TPU, PC blends, PEEK and PEKK - anything hygroscopic where a failed engineering print costs you money.

Do I still need to pre-dry spools?

This depends on your workflow. If you're continuing a print or starting from an already-dried spool, there's no pre-drying at all. Starting from a wet spool, Drywise pre-conditions the ~1.2 m of filament in its path in about 40 minutes (longer only if your feed path is longer than standard). And with our print scripts for Bambu, Prusa, Cura and others, that time is folded into the print — your hands-on downtime is zero.

Is setup difficult?

Under 15 minutes from box to first print — capacitive touchscreen, USB-C, motorised autoloader.

What is your return policy?

Returns are at client cost. If the unit is defective, we replace it at no cost.

What support do I get?

We will support you directly as needed. Book directly with our engineering team — no ticket queue.

The Thought3D team behind Drywise and Magigoo SINCE 2016 · MALTA
By the team at Thought3D

Same lab. Next 3D print problem.

Drywise is built by Thought3D - the Malta-based team behind Magigoo®, the water-based bed adhesive trusted on millions of print beds worldwide.

We spent a decade making the first layer reliable. Now we’re doing the same for every layer that follows.

Also makers of
The safe, water-based bed adhesive trusted by millions of users.
  • 500K+ Magigoo users worldwide
  • 10+ yrs Building for FDM / FFF
  • 60+ Countries shipping today

Trusted on a Global Stage

Press Release - Thought3D Revolutionizes Filament Management with Drywise v1.5, Featuring an Intelligent Autoloader and Seamless Software Integration
pressrelease

Press Release - Thought3D Revolutionizes Filament Management with Drywise v1.5, Featuring an Intelligent Autoloader and Seamless Software Integration

QORMI, MALTA — October 21, 2025 — Thought3D, the material reliability experts and creators of the Magigoo® line of adhesives, today announced a significant upgrade to its pioneering in-line filamen...

Read more
About Thought3D: Building Reliability for Real-World 3D Printing

About Thought3D: Building Reliability for Real-World 3D Printing

Who we are Thought3D is a Malta-based materials and hardware company focused on one thing: making FDM/FFF 3D printing dependable for professional use. We build practical tools that remove guesswork...

Read more
3D Printing Without Limits: BAC’s Breakthrough with Drywise
Case study

3D Printing Without Limits: BAC’s Breakthrough with Drywise

BAC Mono’s team pushed 98-hour prints without compromise after adding Drywise, the inline filament dryer that boosts reliability, saves energy, and cuts prep. BAC integrated Drywise’s inline fi...

Read more
READY WHEN YOU ARE

Reliable prints, every day.

Delivered globally. Set up in under 15 minutes.