[Live Broadcast from the Exhibition Venue] Shinkies Live - Live Broadcast from the West Japan Manufacturing Technology Innovation 2021 Venue -

Standard equipment for the rotation and revolution mixer industry suitable for small-scale material preparation in research, development, and production processes.

The self-rotation and revolution mixer "Awatori Rentaro ARE-310" is the fourth generation of a compact, versatile mixing and defoaming device that has continuously tackled various material challenges. With over 30,000 units installed worldwide since its first release a quarter of a century ago, it has become the standard in the self-rotation and revolution mixer industry. The reason it continues to receive praise around the world is its capabilities and know-how backed by originality and conviction. Check it out with a demo now! 【Features】 - High versatility, accommodating a wide range of materials from low to high viscosity. - Capable of uniform dispersion of fine particles. - Two mode settings for mixing and defoaming allow for processing high-viscosity materials in minute intervals. - A variety of containers and adapters enable processing of materials from a few milliliters to 250 milliliters. - Optional heat-resistant and cooling adapters allow for mixing and defoaming treatments tailored to the material. - The timer can be set with five memory settings, each allowing for a maximum of five continuous processes. - Pre-treatment with the self-rotation ultrasonic nano-disperser "Dispersion Nano Taro" enables nano-dispersion. - Equipped with a unique cooling mechanism. It is recommended to use it in conjunction with the optional E-heat cooler for continuous use.

• Touch Panel
• Other processing machines
• Mixer/agitator

Stirring of low to high viscosity materials and sub-micron level degassing. A rotary and orbital vacuum mixer equipped with a touch panel and communication functions.

The rotation and revolution method combined with vacuum degassing functionality allows for simultaneous mixing and defoaming/deairing, enabling the removal of bubbles down to the sub-micron level. Additionally, due to the centrifugal force generated during revolution, there is no spillage of materials during operation. The operation is as simple as setting the container and turning on the switch. 【Features】 ■ Simultaneous processing of mixing, dispersion, and removal of sub-micron level bubbles. ■ The rotation and revolution method combined with vacuum degassing functionality allows for high-precision defoaming without spillage during operation, in a short time. ■ Vacuum settings in units of 0.1 kPa, allowing for processing that takes into account the saturation vapor pressure. ■ Real-time display of progress and operating status on a touch panel. ■ Communication function (RS-232C connection) enables selection of setting conditions and starting/stopping of operation. ■ Sample source code (Python) for using the communication function is included.

• Mixer/agitator
• plastic
• Other polymer materials

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.

• Mixer/agitator
• Other polymer materials

Our company will be exhibiting at the "Safety Engineering Research Presentation Conference" held at Kurume Plaza. During the event, we will showcase various products. We invite all related parties to come together and visit us. 【Suppliers】 ・Setaram

We are pleased to announce our participation in the exhibition. We will be showcasing at the Reborn Challenge Showcase in QUIQUINTBRIDGE. 【Exhibits】 　Bioplastics 　　Sakura plates 　　Cutlery

Announcement of Exhibition. Food Processing Technology Expo 2025 [Exhibits] Craft Cooler Cube Eco-friendly, high-performance, low-cost cardboard cooling box

Announcement of Participation in the 2nd Japan Drone / Next Generation Air Mobility EXPO 2025 in Kansai. 【Participation Announcement】 The 2nd Japan Drone / Next Generation Air Mobility EXPO 2025 in Kansai November 26 (Wed) - November 26 (Thu) 10:00 AM - 5:00 PM 【Exhibits】 Cardboard Insulated Box Craft Cooler Cube

The latest published paper utilized Abby. This will be an online seminar featuring Associate Professor Yosuke Katsuta from the Graduate School of Advanced Science and Technology, Kumamoto University, who is also a co-founder of StapleBio. He is working on RNA hacking technology development aimed at altering the higher-order structure of target mRNA using short nucleic acids named Staple nucleic acids, with the goal of controlling gene expression. He will present the latest data focusing on the results of cell experiments and animal experiments in the development of this technology. Related paper on the lecture content: "Staple oligomers induce a stable RNA G-quadruplex structure for protein translation inhibition in therapeutics" | Nature Biomedical Engineering