| Fineness Of Grind Gages | BYK-Gardner USA | The Fineness of Grind Gage is used to indicate the fineness of grind or the presence of coarse particles or agglomerates in a dispersion. It does not determine particle size or particle size distribution. Grind gages are used in controlling the production...view more The Fineness of Grind Gage is used to indicate the fineness of grind or the presence of coarse particles or agglomerates in a dispersion. It does not determine particle size or particle size distribution. Grind gages are used in controlling the production, storage, and application of dispersion products produced by milling in the paint, plastic, pigment, printing ink, paper, ceramic, pharmaceutical, food, and many other industries. view less |  |
| 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. |  |
| PML 2 | Bühler AG | The PML 2 is the optimal solution for the development of innovative wet grinding processes. The core piece is a robust and powerful drive and control unit which can be combined with different process units tailored to specific applications. If for true gr...view more The PML 2 is the optimal solution for the development of innovative wet grinding processes. The core piece is a robust and powerful drive and control unit which can be combined with different process units tailored to specific applications. If for true grinding applications, metal-free dispersion of electronic materials or nano applications – the PML 2 is the right solution. view less |  |
| Trias™ 300 | Bühler AG | Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international st...view more Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international standards. The camberless VIVA™ roll technology guarantees even product quality independent of the roll pressure. view less |  |
| Trias™ 600 | Bühler AG | Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international st...view more Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international standards. The camberless VIVA™ roll technology guarantees even product quality independent of the roll pressure. view less |  |
| Trias™ 800 | Bühler AG | Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international st...view more Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international standards. The camberless VIVA™ roll technology guarantees even product quality independent of the roll pressure. view less |  |
| 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...view more 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. view less |  |
| Hauschild SpeedMixer® Brochure | Hauschild GmbH & Co. KG | Since 1974 Hauschild GmbH & Co. KG has been providing innovative mixing solutions worldwide for a wide range of applications. Hauschild SpeedMixer® is the most widely used equipment in laboratories when mixing is a critical part of the R&D process. |  |
| Hauschild SpeedMixer® DAC 150SP / DAC 250SP | Hauschild GmbH & Co. KG | DAC 150 SP and DAC 250 SP are small machine which allow for programming different speeds within the mixing time window. |  |
| Hauschild SpeedMixer® DAC 150.3 / DAC 250.3 | Hauschild GmbH & Co. KG | The DAC 150.3 and DAC 250.3 are the last generation smallest machines in the Hauschild SpeedMixer® product lineup. The main application is formulation development as well as QA/QC testing [Maximum nominal gross weight up to 250g (.55lb)] |  |
| Hauschild SpeedMixer® DAC 400.1 / 1100.1 | Hauschild GmbH & Co. KG | Machines in the medium range are capable of mixing materials compounds with nominal gross weight between 400g (.88lb) and 1.1Kg (2.42 lb). |  |
| Hauschild SpeedMixer® DAC 400.2 / 1100.2 VAC-P | Hauschild GmbH & Co. KG | Medium range machines can be provided with a vacuum feature, which allows to achieve a very homogeneous and completely air bubble-free mixture [nominal gross weight between 400g (.88lb) and 1.1Kg (2.42 lb)] |  |
| Hauschild SpeedMixer® DAC 400.1 / 800.1 LR | Hauschild GmbH & Co. KG | Machines in the medium range are available in a LR (long radius) configuration, generally better for mixing materials with low specific weight . |  |
| Hauschild SpeedMixer® DAC 400.2 / 800.2 VAC-P LR | Hauschild GmbH & Co. KG | 8. Medium range machines with vacuum can be provided with LR (long radius) configuration. |  |
| Hauschild SpeedMixer® DAC 3000 / 5000 / 10000 HP | Hauschild GmbH & Co. KG | Large machines offer the possibility to mix larger batches (up to 10 kg = 22 lb) and are suitable to run small production lots. |  |
| Hauschild SpeedMixer® DAC 3000 / 5000 VAC-P | Hauschild GmbH & Co. KG | Large machines can be provided with a vacuum feature to achieve a very homogeneous and completely air bubble-free mixture. |  |
| CAMSIZER XT - Dynamic Image Analysis System Particle Size | HORIBA Instruments, Inc. | CAMSIZER XT features dynamic image analysis to provide rapid and precise particle size and particle shape distributions for dry powders and wet dispersions in the size range from 1µm to 3mm. It performs high resolution for narrow, mono-modal distributions...view more CAMSIZER XT features dynamic image analysis to provide rapid and precise particle size and particle shape distributions for dry powders and wet dispersions in the size range from 1µm to 3mm. It performs high resolution for narrow, mono-modal distributions, excellent dynamic measurement range for broad distributions or multi-modal samples and reliable detection of smallest amounts (< 0.1 %) of “oversize” particles. It also performs particle shape analysis (e. g. aspect ratio, symmetry or roundness for detection of agglomerates, broken particles or contaminations). CAMSIZER XT is ideal for granules and fine pellets, pulverized and granulated food, detergent powder and raw materials, plastic powders (also with electrostatic charge) metal and ore powders, abrasives (medium-sized and small grit), fine sands and cement, fine wood fibers and fine plastic fibers view less |  |
| MacroMedia™ | Bühler AG | MacroMedia™ is unique to the market because of its combination of a high-performance pump and small-volume grinding unit. Thanks to improved process control in the pre-grinding stage, fluctuating raw-material qualities can be balanced out and uniform prop...view more MacroMedia™ is unique to the market because of its combination of a high-performance pump and small-volume grinding unit. Thanks to improved process control in the pre-grinding stage, fluctuating raw-material qualities can be balanced out and uniform properties achieved for the pre-ground intermediate products. This produces optimum results in fine grinding and consequently increases the quality of the end product. At the same time, the system reduces production costs due to an improved material yield and optimized energy efficiency compared with other pre-grinding solutions. view less |  |
| MicroMedia™ L | Bühler AG | MicroMedia™ L is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMe...view more MicroMedia™ L is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X1 | Bühler AG | MicroMedia™ X1 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X1 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X2 | Bühler AG | MicroMedia™ X2 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X2 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X3 | Bühler AG | MicroMedia™ X3 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X3 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X4 | Bühler AG | MicroMedia™ X4 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X4 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ L-C | Bühler AG | MicroMedia™ L-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The Micro...view more MicroMedia™ L-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ P1-C | Bühler AG | MicroMedia™ P1-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The Micr...view more MicroMedia™ P1-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ P2-C | Bühler AG | MicroMedia™ P2-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The Micr...view more MicroMedia™ P2-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| 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. |  |
