The latest 2025 model, designed for engineering materials, supports continuous creation, drying, and annealing in one device.
Superior and Efficient Annealing
With a temperature of up to 110°C, 99.99% of engineering materials on the market can be annealed, enhancing their properties. This results in models with exceptional impact resistance and toughness. Suitable for ABS, ABS-CF, ASA, PC, flame-retardant PC, PC-ABS, PC-PBT, CoPA, PA6-GF, PA6-CF, PA12-CF, PA612-CF, PA12, and more.
Fast and Efficient Drying
The 500W PTC high-power heating system speeds up the process. It takes only 20 minutes to heat up to 50°C and 30 minutes to reach 70°C at room temperature. The maximum temperature is 110°C (ensure filament spool heat resistance for high-temperature drying).
Excellent Airtightness and Insulation
A one-piece silicone plug seals the wire inlet, and the cover has silicone strips and magnetic blocks to keep moisture out. The three-layer chamber design ensures uniform heating above 100°C. Combined with the innovative locking system, both annealing and drying are optimized in a single machine.
Large Interior, High Compatibility
The maximum spool size is 250mm x 153mm, fitting most standard spools. It can hold:
- 2 rolls of 1 kg spools
- 2 rolls of 2 kg spools
- 1 roll of 3 kg spools
(Tested with SUNLU spools; slight variations may occur with other brands.)
Wide Compatibility
Supports both engineering and standard materials. Built-in preset filament settings allow one-click application. Compatible with filament diameters of 1.75mm and 2.85mm. Includes Teflon tubes (ø4 * ø3 mm, 8 cm x 2 and 1 m x 2).
Safety Features
The intelligent protection system includes a two-stage temperature control switch that disconnects power in case of overheating. Dual-layer insulation keeps the external surface below 60°C, even when the inside exceeds 100°C. Fire-resistant materials ensure added safety.
Unlock the Full Potential of Engineering Materials
Annealing significantly improves impact resistance and durability, making it ideal for high-performance applications like drone parts, helmets, screws, blower pipes, and other components requiring strength and longevity.
