E3D Revo Micro Heatsink for Revo Hotends
The E3D Revo Micro Heatsink is engineered for optimal thermal performance within compact 3D printing setups. Featuring a lightweight, anodized black aluminum design, it efficiently dissipates heat from the Revo HeaterCore, ensuring consistent extrusion and print quality while minimizing motion system strain.
Features
- Ultra-compact and lightweight anodized aluminum heatsink for enhanced motion system speed and responsiveness.
- Utilizes advanced manufacturing for “titanium-like” thermal performance, ensuring efficient heat dissipation without the weight.
- Designed specifically for seamless integration with E3D Revo HeaterCores and Revo Nozzles for reliable extrusion.
Out of stock
The E3D Revo Micro Heatsink represents a significant advancement in hotend thermal management for 3D printers. Its diminutive footprint and exceptionally low mass are achieved through a unique manufacturing process that imparts strength and low thermal conductivity akin to titanium, yet with the workability and cost-effectiveness of aluminum. This innovative design translates directly into performance benefits for your 3D printer.
By minimizing the moving mass on the print head, the Revo Micro Heatsink allows for higher acceleration and deceleration rates, ultimately boosting overall print speed and efficiency without compromising precision. The anodized black finish not only provides a sleek aesthetic but also enhances heat radiation, actively contributing to maintaining the optimal temperature gradient necessary for reliable filament melting and preventing heat creep into the cold end.
Engineered for direct compatibility with the E3D Revo ecosystem, this heatsink seamlessly integrates with your Revo HeaterCore and nozzles, forming a cohesive and high-performance extrusion system. It’s an ideal upgrade for users looking to optimize their printer’s speed capabilities, reduce wear on motion components, and ensure consistent, high-quality prints across a wide range of filament types.
Additional Information
| Weight | 0.015 kg |
|---|---|
| Dimensions | 6 × 4 × 2 cm |
