"Clairmix CLM-0.8S" This is a tabletop experimental machine with a rotor diameter of Φ30 and a lip seal specification. 【Specifications】 Motor: 0.8kW closed-type high-frequency motor with inverter speed control Rotation speed: 4,500～(21,500) rpm Design pressure/temperature: FV～0.1MPaG/98℃ Materials: Contact parts - SUS316, PTFE, Viton; however, rotor and screen are SUS316 + TiN coating; shaft is SUS316 + ceramic Non-contact parts - SUS304, NBR, Viton, etc. Finish: Contact parts - buff #400 (excluding machined finish parts); Non-contact parts - buff #320 Shaft seal: Special lip seal Rotor: R1-6 Screen: S1.0-24T Elevation: Automatic elevation Approximate processing capacity: 50～3000cc

"Clairmix CLM-2.2S" This is a tabletop experimental machine with a rotor diameter of Φ30, featuring a mechanical seal specification. The motor, developed specifically for Clairmix, employs a water cooling system. This enhances the cooling efficiency of the motor, achieving compact size and high output while reaching a maximum rotational speed of 21,500 rpm, all while increasing quietness. Since a motor cooling fan is unnecessary, there is no dispersion of dust particles, making it suitable for use in clean environments. 【Specifications】 Motor: 2.2kW, fully enclosed water-cooled indoor type, inverter variable speed Rotational speed: 4,500 to (21,500) rpm Design pressure/temperature: FV to 0.19 MPaG / 98℃ Materials: Liquid contact parts - SUS316, PTFE, Viton; however, rotor and screen are SUS316 + TiN coating; shaft is Hastelloy; mechanical seal parts are carbide/Sic; non-liquid contact parts - SUS304, NBR, Viton, and others Finish: Liquid contact parts - buff #400 (excluding machined finish parts); non-liquid contact parts - buff #320 Shaft seal: Double mechanical seal Rotor: R1-6 Screen: S1.0-24T Elevation: Automatic elevation Approximate processing capacity: 50 to 3000 cc

"Clairmix CLM-2.2S Explosion-Proof" This is a tabletop experimental machine with a rotor diameter of Φ30, featuring a mechanical seal and explosion-proof specifications. The explosion-proof motor, developed specifically for Clairmix, utilizes a water cooling system. This enhances the cooling efficiency of the motor, allowing for a compact design with high output and a maximum rotational speed of 21,500 rpm while improving quietness. Since a motor cooling fan is unnecessary, there is no dispersion of dust particles. It can also be used in clean environments. 【Specifications】 Motor: 2.2kW explosion-proof water-cooled motor (Exd2BT4) with inverter speed control Rotational speed: 4,500 to (21,500) rpm Design pressure/temperature: FV to 0.19MPaG / 98℃ Materials: Liquid contact parts - SUS316, PTFE, Perfluoro; however, the rotor and screen are SUS316 + TiN coating, and the shaft is Hastelloy with the mechanical seal part made of carbide/SIC. Non-contact parts - SUS304, NBR, Viton, etc. Finish: Liquid contact parts - Buff #400 (excluding machined finish parts); Non-contact parts - Buff #320 Shaft seal: Double mechanical seal Rotor: R1-6 Screen: S1.0-24T Lifting: Manual lifting Approximate processing capacity: 50 to 3000cc

"Clairmix Batch System" ■ The batch system allows for relatively easy control of factors such as rotation speed, processing time, and processing temperature, making it easier to achieve the desired particle size. There are upper and lower stirring options available. ■ For materials with high viscosity, we recommend using Harmotech with auxiliary wings.

"Clairmix Batch Continuous System" The batch continuous system installs a small capacity vessel in the rotor/screen section of the Clairmix, where liquid is pumped into the vessel to create a completely liquid-sealed condition with a retention time for circulation operation. By maintaining a completely liquid-sealed condition without a free interface, there is no air entrapment, allowing all input energy to be used for emulsification/dispersal, enabling more uniform microparticle formation in a shorter time compared to batch processing. By pressurizing the vessel, cavitation control is achieved, preventing cavitation phenomena and allowing for efficient emulsification/dispersal of the processed material.

"Claire Mix Continuous System" The continuous system is an inline system where the material passes through the rotor/screen section of the Claire Mix only once, applying shear. By pumping the material from below and discharging it horizontally, it eliminates gas accumulation. It is suitable for mass production with a large processing volume per hour. Due to minimal temperature variation in the mixing section, it is suitable for emulsifying/dispersing materials that are prone to thermal degradation. When used in a circulation system, particle size control is also possible.

"Claremix W Motion" The Claremix W Motion has a greater ability to create fine particles compared to a single system, as both the rotor and the screen rotate at high speeds in opposing directions. The intermittent jet flow ejected diagonally downward from the rotor is converged at the top of the screen due to the rotation of the screen, transforming it into a narrower and faster jet flow. With a significant speed difference and an increased number of pulses in the intermittent jet flow, it is possible to achieve nano-sized particle creation and a sharper particle size distribution.

"Harmotech" Harmotech is an emulsification and dispersion device designed for high viscosity applications, consisting of a Clearmix that provides localized shear force for emulsification/dispersion, and an anchor mixer that performs homogenization, mixing, and temperature control within the system. The correlation between the flow patterns of the Clearmix and the anchor mixer is a crucial factor, and it is designed to eliminate dead zones within the tank. The anchor mixer can be equipped with an optional Teflon scraper to enhance the scraping effect. It is also possible to configure a Clearmix dissolver and an anchor mixer together.

"Clairmix Dissolver" ■ This is a Clairmix equipped with a dissolver-type rotor. ■ It is capable of dissolving water-soluble polymers and other materials in a short time without reducing them to low molecular weight. ■ There are both upper stirring and lower stirring types available. ■ By using lower stirring, it allows for complete CIP/SIP since there is no shaft at the top. The absence of a lifting device makes the equipment compact. Additionally, with the motor located at the bottom, it has a low center of gravity, which improves the accuracy of the load cell's indication. The lid can be freely equipped with nozzles and hand holes.