Phrozen Heat & Mix Handsfree Resin Mixing Station-US/EU Adapter
The Phrozen Heat & Mix Handsfree Resin Mixing Station automatically mixes and preheats resin up to 50°C, ensuring optimal homogeneity and print quality, especially in cold environments. Compatible with most 500g/1000g resin bottles, it features three operating modes for versatile workflow integration.
Features
- Achieve uniform resin consistency and optimal temperature with hands-free automatic mixing and preheating up to 50°C.
- Enhance print success rates and mechanical properties by eliminating resin separation and ensuring optimal viscosity.
- Features three dedicated operating modes (Quick Shake, Heat & Shake, Constant Shake) for diverse resin types and workflow needs.
- Designed for broad compatibility with most 500g and 1000g resin bottles (up to ⌀95x225mm).
- Improve print reliability in cooler environments, preventing common issues caused by cold, viscous resin.
Out of stock
The Phrozen Heat & Mix Handsfree Resin Mixing Station is engineered to deliver consistently flawless 3D prints by automatically mixing and heating resin. Designed for both hobbyists and professionals, this unit accommodates most standard resin bottles (up to ⌀95x225mm), ensuring evenly mixed, temperature-optimized resin for significantly improved success rates. It integrates three versatile operating modes—Quick Shake, Heat & Shake, and Constant Shake—to precisely match various resin types and printing workflows.
This hands-free solution is particularly beneficial for cold environments or when working with viscous, high-composite resins, where manual shaking is inefficient. By preheating resin to its optimum temperature and ensuring thorough homogeneity, the Heat & Mix eliminates issues like pigment separation, reduces material waste, and directly enhances the mechanical properties and overall quality of your prints. Achieve smooth, reliable, and weatherproof results with minimal effort.
Additional Information
| Weight | 5.976 kg |
|---|---|
| Dimensions | 49 × 28 × 26 cm |
