| Diffusing Wave Spectroscopy | Formulaction Inc. | Multi Speckle-Diffusing Wave Spectroscopy (MS-DWS) is the key light scattering method which measures the mobility of particles in a media. | |
| Rheolaser™ Coating | Formulaction Inc. | The Rheolaser™ Coating is a non-invasive, optical technique used to analyze the drying profiles of thing films. The device uses Diffusing Wave Spectroscopy to detect the Browniam motion of the particles inside of a thin film sample as it dries in order to...もっと表示する The Rheolaser™ Coating is a non-invasive, optical technique used to analyze the drying profiles of thing films. The device uses Diffusing Wave Spectroscopy to detect the Browniam motion of the particles inside of a thin film sample as it dries in order to give profile evolution and characteristic drying times. 表示を減らす |  |
| Rheolaser™ Crystal | Formulaction Inc. | A new device from Formulaction, the Rheolaser™ Crystal measures the microstructure evolution of samples by detecting phase transitions and molecular movements under thermal ramping conditions. Diffusing Wave Spectroscopy is utilized to detect melting, cry...もっと表示する A new device from Formulaction, the Rheolaser™ Crystal measures the microstructure evolution of samples by detecting phase transitions and molecular movements under thermal ramping conditions. Diffusing Wave Spectroscopy is utilized to detect melting, crystallization and polymorphic transitions in bulk samples with the click of a button. This thermal analysis technique excels when measuring samples with delicate microstructures or in cases where typical thermal analysis techniques fail. 表示を減らす |  |
| Rheolaser™ Master | Formulaction Inc. | The Rheolaser™ Master uses Diffusing Wave Spectroscopy in order to characterize the viscoelastic nature of concentrated samples in a native state. This non-invasive technique can allow for the determination of viscosity and elasticity profiles as well as ...もっと表示する The Rheolaser™ Master uses Diffusing Wave Spectroscopy in order to characterize the viscoelastic nature of concentrated samples in a native state. This non-invasive technique can allow for the determination of viscosity and elasticity profiles as well as accurate gel point determination. 表示を減らす |  |
| Turbiscan™ AGS | Formulaction Inc. | The Turbiscan™ AGS integrates the Turbiscan™ LAB stability analyzer to an autosampling robot capable of analyzing up to 54 samples with three different temperature chambers operating from RT to 60 degrees C. |  |
| Turbiscan™ Classic MA 2000 | Formulaction Inc. | Turbiscan™ Classic MA 2000 is the device to optimise the pre-formulation work by giving an insight into the instability phenomena. |  |
| Turbiscan™ LAB | Formulaction Inc. | The Turbiscan™ LAB can quantify and predict the stability of concentrated systems such as emulsions, dispersions and foams. A non-invasive Multiple Light Scattering (MLS) technique is employed to determine the intensity of particle migration kinetics (sed...もっと表示する The Turbiscan™ LAB can quantify and predict the stability of concentrated systems such as emulsions, dispersions and foams. A non-invasive Multiple Light Scattering (MLS) technique is employed to determine the intensity of particle migration kinetics (sedimentation, creaming, clarification) and particle size change kinetics (flocculation, coalescence, packing) as well as phase thickness growth. Analysis can be performed from RT to 60 degrees C on samples up to 95% concentration. 表示を減らす |  |
| Turbiscan™ Online Process | Formulaction Inc. | Turbiscan™ Online and Turbiscan™ Online+ to monitor on-line and in real time the physical properties of liquid dispersions: diameter and concentration. |  |
