Mixing and Blending Performance

• Dual Centrifugal Force TechnologyBy employing a combined rotational and revolutionary motion, vertical convection and swirling flow are generated, causing the material to move and achieve rapid, uniform mixing. This resolves issues of stratification or residual bubbles in high-viscosity materials.。

• Independent speed changeThe rotation and self-rotation speeds can be freely adjusted to achieve a wide range of mixing conditions, making it suitable for materials with different viscosities and densities.。

• Design and Selection of Stirring Impeller BladesBased on the rheological properties of the material, select the appropriate blade and optimize parameters such as its size and angle to achieve optimal mixing and defoaming effects.。

Vacuum degassing function

• Vacuum-assisted defoamingStirring is carried out in a vacuum environment, where bubbles expand and burst at the vacuum phase interface on the top surface, thereby achieving defoaming in a short period of time.。

• Precise control of vacuum levelBy precisely adjusting the vacuum level, the pressure exerted on bubbles within the material can be effectively altered, ensuring that bubbles are efficiently eliminated without affecting the material's composition.。

• Optimization of Vacuum Holding TimeProperly setting the vacuum holding time is crucial for removing bubbles from the material.。

Operation and Maintenance

• Ultra-compact, lightweight, and space-saving designBenchtop type, weighing 36 kg, with a built-in vacuum pump to save space, compatible with sterile benches/fume hoods and other confined environments.。

• Silent and low vibrationLow operating noise, minimal vibration, and long service life.。

• Maintenance-freeUsing a dry pump eliminates the need to replace or replenish oil, thereby avoiding the risk of oil contamination.。

• Registration of Multiple Operational Formulations*Multiple operation recipes such as rotational speed, mixing time, and vacuum time can be registered.。

Application Scenarios

• High-viscosity, high-density materialsSuitable for high-viscosity, high-density, or foam-prone materials, such as silicone, epoxy resin, etc.。

• R&D and small-batch productionIt is highly suitable for small-scale production scenarios such as laboratory research and development, medical consumables, electronic adhesives, and precision ceramics.。

• Sealing materials for electronic devicesIn the processing of sealing materials for different types of electronic devices, the stirring speed and temperature control are adjusted according to the material characteristics to achieve the **desired processing effect**.。

Technical Parameters

• **Capacity：300ml。

• **Load capacity：330g。

• Vacuum pressureBelow 1000 Pa。

• Power supplySingle-phase 100V±10% 50Hz/60Hz or Single-phase 220V±10% 50Hz/60Hz。

• Overall DimensionsWidth 353 × Depth 430 × Height 476 (mm)。

• WeightApproximately 36 kilograms.。

Optional Features

• Syringe Completes Defoaming AdapterA syringe filled with material can be placed in an adapter and degassed using the centrifugal force generated by rotation.。

• Syringe Filling AdapterUsing centrifugal force under vacuum conditions, the stirred and defoamed material is filled into irregularly shaped containers, such as syringes.。

• Add nitrogen purge connection.For customers using materials that are sensitive to oxygen in the air, a connection port for nitrogen injection can be added.。

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