Eliminate moisture, maximise quality — precision drying for resin and filament in one efficient unit

The Noztek Resin & Spool Dehydrator delivers laboratory-grade moisture removal for polymer pellets and spooled filament in a single, compact unit. Residual moisture in hygroscopic materials like nylon, PVA, and PETG creates steam pockets during extrusion, weakening polymer chains and causing reduced tensile strength, surface defects, and inconsistent dimensional accuracy — issues that compromise both research data and print quality.
This dual-purpose system handles up to 2kg of pellet resin in its stainless steel tumble drum, or up to five filament spools simultaneously, with a direct tube attachment for feeding dried filament straight into your 3D printer. The 1000W rear-mounted heater maintains a consistent 80°C drying temperature, while the purpose-built heating fan ensures uniform thermal distribution throughout the chamber. A high-torque motor rotates the drum at 1 RPM, gently agitating resin to guarantee even moisture removal without material degradation.
The 3.5-inch touchscreen interface provides manual control over temperature, timer settings (up to 12 hours), and real-time humidity monitoring — giving researchers full visibility of chamber conditions throughout every drying cycle. Built from 3mm steel with a quick-removal drum and slide-opening access, the dehydrator integrates seamlessly into Noztek extrusion workflows, ensuring every batch starts with properly conditioned material for reproducible, publication-quality results.
The Resin & Spool Dehydrator arrives fully assembled and ready to use straight from the box, requiring no assembly or configuration — simply plug in, load your material, and start drying immediately.
Designed for versatile operation, the dehydrator handles both spooled filament and loose polymer resin in pellet form, switching effortlessly between pre-extrusion material preparation and post-extrusion filament conditioning.
The integrated tube attachment feeds perfectly dried filament directly from the dehydrator into your 3D printer, eliminating moisture re-absorption during handling and ensuring optimal print quality from the first layer.
Fabricated from 3mm steel with a powder-coated finish, the heavy-duty chassis provides superior thermal mass and heat retention while delivering the structural rigidity needed for reliable, long-term laboratory operation.
The high-torque motor rotates the drum at a gentle 1 RPM, ensuring complete and uniform drying by either rotating spooled filament evenly or tumble-agitating loose resin pellets for consistent moisture removal throughout the entire batch.
The 3.5-inch touchscreen interface with custom-designed PCB puts full control of temperature, motor torque, timer settings, and real-time humidity monitoring at your fingertips for precise, repeatable drying protocols.
The stainless steel tumble drum holds up to 2kg of polymer resin or pellet materials, with a baffle insert that mimics tumble-dryer agitation for thorough, even moisture removal. This critical preparation step eliminates moisture-induced processing variables that compromise extrusion consistency, material property studies, and downstream mechanical testing. The quick-removal drum system allows efficient loading and unloading through a convenient slide opening.
Compatible with standard 1.75mm and 3.0mm filament spools, the dehydrator conditions up to five spools simultaneously after extrusion. Controlled dehydration ensures consistent material properties for storage, characterisation, and application readiness. The direct tube attachment enables feeding dried filament straight into a 3D printer, maintaining moisture-free conditions throughout the entire workflow from drying to printing.
Programmable temperature profiles support material-specific dehydration protocols for hygroscopic polymers including nylon, PVA, PETG, and experimental formulations. Gentle processing conditions preserve polymer molecular structure while the built-in humidity sensor provides real-time monitoring for documentation and publication requirements.
The 1000W rear-mounted heater paired with a purpose-built heating fan delivers uniform heat distribution across the chamber, maintaining a stable 80°C drying temperature. The 3mm steel construction provides superior thermal mass, preventing temperature fluctuations that could cause thermal degradation of sensitive polymers or inconsistent drying results.
The 3.5-inch touchscreen interface offers manual control over temperature and timer settings (programmable up to 12 hours) with real-time humidity monitoring. The bespoke PCB control system enables precise, repeatable drying protocols for different material types, supporting standardised processing essential for comparative studies and quality assurance documentation.
Engineered to complement the full Noztek extrusion workflow, the dehydrator provides complete moisture management from raw material preparation through finished filament production. Its compact footprint (33×36×37cm at just 12kg) fits easily into research laboratory environments alongside extruders, pullers, and winders, ensuring every batch starts with properly conditioned material.

| Display | 3.5-inch touchscreen interface |
| Heating Element | 1000W with purpose-built heating fan |
| Operating Temperature | Up to 80°C |
| Motor | High-torque, 1 RPM fixed speed |
| Drum Material | Stainless steel with baffle insert |
| Drum Capacity (Resin) | 2 kg maximum |
| Spool Capacity | Up to 5 spools (1.75mm and 3.0mm) |
| Timer | Programmable up to 12 hours with auto-off |
| Humidity Monitoring | Built-in humidity sensor with live readout |
| Construction | 3mm steel chassis, powder-coated finish |
| Dimensions (L×W×H) | 33cm × 36cm × 37cm |
| Weight | 12 kg |
| Power Supply | 220VAC or 110VAC, 10A, 50/60 Hz |
| Certification | CE certified |
| Drum Access | Quick-removal system with slide opening |
Ensure every extrusion run starts with perfectly dried material.