Self-rotation ultrasonic nano-dispersion machine "Dispersion Nano Taro PR-1"

Self-rotation ultrasonic nano-dispersion machine "Dispersion Nano Taro PR-1"

Adopting patented dispersion technology! Prevents variation and contamination, while also reducing running costs.

The "Dispersed Nano Taro PR-1" is an ultrasonic nano disperser that can safely and reproducibly disperse aggregated nanomaterials such as carbon nanotubes. With a container tilted at 45 degrees that rotates and emits ultrasound from two surfaces, the side and bottom, it utilizes a unique dispersion technology called "Dual Sonic Method" (patented) to achieve uniform dispersion. It addresses challenges such as reproducibility, variability, and contamination that arise when dispersing with ultrasonic homogenizers or ultrasonic baths. 【Features】 ■ Ensures safety by preventing material ejection or scattering due to the sealed container. ■ Only the container is a consumable, contributing to reduced running costs. ■ The built-in cooling system allows for temperature management of the water in the tank. ■ By emitting ultrasound from outside the container, it suppresses contamination. ■ Suitable for the dispersion and deagglomeration of CNTs, graphene, talc, silica, and more. *Please first check the materials by clicking the "PDF Download" button below. ★ Awarded the "Tokyo Venture Technology Excellence Award" at the Tokyo Metropolitan Government's World Dissemination Competition 2019. ★ Demo and evaluation tests are currently being accepted! If you are interested, please apply through the "Contact Us" section.

Official website of Shinky Corporation

basic information

【Main Specifications】 ◎ Ultrasonic output power (W): 70W × 2 transducers (simultaneous irradiation from the bottom and side) ◎ Ultrasonic frequency (kHz): 40kHz ◎ Rotation speed (rpm): Maximum 600rpm ◎ Processing capacity: Test tube type vials up to 5ml SUS containers up to 150ml (optional) (Compatible with various types of vials. Please consult us separately.) *First, please check the materials by clicking the "PDF Download" button below. Feel free to contact us with any inquiries.