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Achieving dispersion at the nano level with high quality and high precision.
Coarse particles are rapidly reduced to nanosize using microbeads (minimum φ0.03mm). With a structure that is easy to handle, we meet advanced requirements.
<<New Product>> Star Mill MAX Nano Getter - Large Production Bead Mill for Nanoparticle Dispersion -
A super-large production machine that simultaneously achieves mild dispersion and reliable bead separation.
Forced circulation of beads with the new DSE accelerator!
The DYNO-MILL ECM-AP type is a next-generation wet grinding and dispersing machine that has evolved from the conventional ECM type. By adopting the DSE accelerator, it has improved the separation performance of the slurry and beads, making the use of 0.1 mm beads possible. *For more details, please download the catalog or contact us directly.
【Presenting case study materials!】Achieving transparency with nano ceramic particles!
The "ECM-AP type" is a next-generation wet dispersion machine that evolves the conventional ECM type. By adopting the DSE accelerator, it enhances the separation performance of slurry and beads, making it possible to use 0.1 mm beads. It achieves the long-standing challenge of clarifying ceramic particles. ★Currently, we are offering free case study materials for the "ECM-AP"! Please take this opportunity to download and take a look. 【Features】 ■ Improved dispersion efficiency compared to conventional machines! ■ Capable of processing a wide range of samples, including high flow and high viscosity! ■ Reduces running costs with production capacity comparable to large machines ■ Usable with bead diameters starting from φ0.1mm ■ Dispersion is possible even at low peripheral speeds! *For more details, please contact us or download the catalog to take a look.
![High-performance wet disperser [Now accepting applications for equipment testing!]](https://image.mono.ipros.com/public/product/image/b88/2000282793/IPROS5416941790451424813.PNG?w=280&h=280)
Compatible with φ0.1mm microbeads! This one unit can handle a wide range of applications, from high-viscosity materials to high-flow operations!
The "ECM-AP type" is a next-generation wet dispersing machine that evolves the conventional ECM type. By adopting the DSE accelerator, it enhances the separation performance of slurry and beads, enabling the use of 0.1mm beads. It achieves processing of materials below 100 nanometers, which has been a challenge until now. ★ Testing of the "ECM-AP type" is available. Our sales representative will handle everything from test arrangements to preparation, execution, cleanup, and discussion of evaluation results. We encourage you to take this opportunity to try it out. 【Features】 ■ Improved dispersion efficiency compared to the conventional ECM type! ■ Capable of handling a wide range of materials, including high flow operation and high viscosity processing! ■ Reduces running costs with production capacity comparable to large machines. ■ Usable with minimum bead diameter of φ0.1mm. ■ Dispersion is possible even at low rotational speeds! *For more details, please contact us or download the catalog to view.
"Use of 0.1 mm beads is also possible" Bead mill capable of processing high flow and high viscosity.
The "DYNO-MILL ECM-AP type" is a next-generation wet dispersing machine that has evolved from the conventional ECM type. By adopting the DSE accelerator, it has improved the separation performance of slurry and beads, making it possible to use 0.1 mm beads. 【Features】 ● Capable of processing high flow rates and high viscosity ● Reduces running costs with production capacity comparable to large machines ● Usable bead diameter ranges from φ0.1 to 2.0 mm * The ECM-AP2 type (processing capacity 10-600 L/h) and ECM-AP05 (processing capacity 10-600 L/h) are available for actual machine testing! 【For more details, please download the catalog or feel free to contact us】
This versatile bead mill can handle a wide range of high viscosity and high flow rates, and can also use extremely small beads.
The "DYNO-MILL ECM-AP type" is a next-generation wet dispersing machine that evolves the conventional ECM type. By adopting the DSE accelerator, it enhances the separation performance of slurry and beads, enabling the use of 0.1 mm beads. 【Features】 ◆ Capable of processing a wide range of samples, including high flow and high viscosity! ◆ Reduces running costs with production capacity comparable to large machines ◆ Usable bead diameter ranges from φ0.1 to 2.0 mm * The ECM-AP2 type (processing capacity 10-600 L/h) and ECM-AP05 (processing capacity 10-600 L/h) are available for actual machine testing! 【For more details, please download the catalog or feel free to contact us】 ↓ ↓ ↓ ↓ ↓ ↓
![ECM-AP Type - Next Generation High Flow Circulating Wet Dispersion Machine [*Actual machine testing available*]](https://image.mono.ipros.com/public/product/image/048/2000231820/IPROS3054794107970459676.jpg?w=280&h=280)
This one device is sufficient for high-viscosity slurries and high-flow processing! Compatible with microbeads of φ0.1mm.
The "DYNO-MILL ECM-AP type" is a next-generation wet dispersion machine that evolves the conventional ECM type. By adopting the DSE accelerator, it enhances the separation performance of slurry and beads, making the use of 0.1 mm beads possible. *The ECM-AP2 type (processing capacity 10-600 L/h) and ECM-AP05 (processing capacity 1-200 L/h) are available for actual machine testing! 【Features】 ■ Improved dispersion efficiency compared to conventional machines! ■ Capable of processing a wide range of samples, including high flow and high viscosity! ■ Reduces running costs with production capacity comparable to large machines ■ Usable with bead diameters starting from φ0.1 mm ■ Dispersion is possible even at low rotational speeds! *For more details, please contact us or download the catalog for more information.
![[Case Study Part 2 Now Available] High-Performance Wet Dispersion Machine 'ECM-AP'](https://image.mono.ipros.com/public/product/image/78d/2000289908/IPROS801269064431258023.jpg?w=280&h=280)
Efficiently moving beads even with high viscosity! Introducing examples of dispersing machines.
This case study features the effective use of the high-performance wet disperser 'ECM-AP' in Part 2. 【Introduction Example】 <Challenge> ■ We want to increase the production efficiency of zinc oxide! Dispersing high-viscosity zinc oxide is challenging for improving productivity. <Solution> ■ The 'ECM-AP' series can efficiently move beads even with high viscosity! The high-performance wet disperser 'ECM-AP' series enables efficient processing even for high-viscosity materials. *For more details, please refer to the catalog or feel free to contact us.
How to achieve the transparency of nano-ceramic particles [Case study materials available!]
The "ECM-AP type" is a next-generation wet dispersion machine that evolves the conventional ECM type. By adopting the DSE accelerator, it enhances the separation performance of slurry and beads, making the use of 0.1 mm beads possible. It achieves the transparency of ceramic particles, which has been a challenge until now. ★Currently, we are offering free case study materials for the "ECM-AP"! Please take this opportunity to download and take a look. 【Features】 ■ Improved dispersion efficiency compared to conventional machines! ■ Capable of processing a wide range of samples, including high flow and high viscosity! ■ Reduces running costs with production capacity comparable to large machines ■ Usable with bead diameters starting from φ0.1 mm ■ Dispersion is possible even at low speeds! *For more details, please contact us or download the catalog to take a look.
Ideal for high flow operations, high viscosity liquid processing, and nano-dispersion with microbeads!
The "ECM-AP Series" that we handle is a wet dispersing machine capable of efficiently processing high-viscosity liquids down to the nanoscale. By using an accelerator to move the beads efficiently, it minimizes bead bias and allows for high flow rate operation. The use of a three-dimensional structured accelerator enables an ultra-low peripheral speed of 3 m/s. This contributes to improved production efficiency through time reduction and increased processing volume. ★ We are currently offering a "Case Study Collection" ★ You can view it immediately by clicking the download button. 【Case Studies】 ◇ I want to improve the production efficiency of zinc oxide... ◇ I want to disperse titanium oxide in a shorter time... ◇ How can I disperse nano ceramic particles and aim for transparency? * For more details, please download the "Case Study Collection" or feel free to contact us.
