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  • Coaxial cylindrical measuring systems compatible with OICC and IOCCC standard (316L stainless steel). These measuring spindle measure viscosity and flow limit of chocolates according to Casson and Windhab regressions models as recommended in OICC and IOCCC standards. These measuring systems are not compatible with the B-ONE / FIRST PLUS and all instruments in LR version. These measuring systems are compatible with our EVA DIN and EVA 100 temperature regulations.
  • Coaxial cylindrical measuring systems compatible with OICC and IOCCC standard (316L stainless steel). These measuring spindle measure viscosity and flow limit of chocolates according to Casson and Windhab regressions models as recommended in OICC and IOCCC standards. These measuring systems are not compatible with the B-ONE / FIRST PLUS and all instruments in LR version. These measuring systems are compatible with our EVA DIN and EVA 100 temperature regulations.
  • Measuring spindles with blades (316L stainless steel). These systems are ideal for viscosity measurement (value or curve) in control or development of all types of products even of very high viscosity with or without particles (size <5mm). They can be used for direct measurement in user’s containers or in tubes of MS-DIN systems. These systems are not compatible with all instruments in LR version.
  • Measuring spindles with blades (316L stainless steel). These systems are ideal for viscosity measurement (value or curve) in control or development of all types of products even of very high viscosity with or without particles (size <5mm). They can be used for direct measurement in user’s containers or in tubes of MS-DIN systems. These systems are not compatible with all instruments in LR version.
  • Measuring spindles with blades (316L stainless steel). These systems are ideal for viscosity measurement (value or curve) in control or development of all types of products even of very high viscosity with or without particles (size <5mm). They can be used for direct measurement in user’s containers or in tubes of MS-DIN systems. These systems are not compatible with all instruments in LR version.
  • Measuring spindles with blades (316L stainless steel). These systems are ideal for viscosity measurement (value or curve) in control or development of all types of products even of very high viscosity with or without particles (size <5mm). They can be used for direct measurement in user’s containers or in tubes of MS-DIN systems. These systems are not compatible with all instruments in LR version.
  • Measuring system for low viscosities usable with instruments LR version (Aluminium). This system, unlike the MS-ASTM or MS-DIN systems, makes it possible to measure low viscosity products in control by applying a shear rate. Its advantage is to be compatible with instruments in LR version unlike all other measuring systems. This measurement system is not compatible with all LR device. This measuring system must be used with our temperature regulation CT DIN, EVA DIN and RT1 (according to models, see table).
  • Measuring system for low viscosities usable with instruments LR version (Aluminium). This system, unlike the MS-ASTM or MS-DIN systems, makes it possible to measure low viscosity products in control by applying a shear rate. Its advantage is to be compatible with instruments in LR version unlike all other measuring systems. This measurement system is not compatible with all LR device. This measuring system must be used with our temperature regulation CT DIN, EVA DIN and RT1 (according to models, see table).
  • Measuring system for low viscosities usable with instruments LR version (Aluminium). This system, unlike the MS-ASTM or MS-DIN systems, makes it possible to measure low viscosity products in control by applying a shear rate. Its advantage is to be compatible with instruments in LR version unlike all other measuring systems. This measurement system is not compatible with all LR device. This measuring system must be used with our temperature regulation CT DIN, EVA DIN and RT1 (according to models, see table).
  • Measuring system for low viscosities usable with instruments LR version (Aluminium). This system, unlike the MS-ASTM or MS-DIN systems, makes it possible to measure low viscosity products in control by applying a shear rate. Its advantage is to be compatible with instruments in LR version unlike all other measuring systems. This measurement system is not compatible with all LR device. This measuring system must be used with our temperature regulation CT DIN, EVA DIN and RT1 (according to models, see table).
  • Measuring system for low viscosities usable with instruments LR version (Aluminium). This system, unlike the MS-ASTM or MS-DIN systems, makes it possible to measure low viscosity products in control by applying a shear rate. Its advantage is to be compatible with instruments in LR version unlike all other measuring systems. This measurement system is not compatible with all LR device. This measuring system must be used with our temperature regulation CT DIN, EVA DIN and RT1 (according to models, see table).
  • Measuring system for low viscosities usable with instruments LR version (Aluminium). This system, unlike the MS-ASTM or MS-DIN systems, makes it possible to measure low viscosity products in control by applying a shear rate. Its advantage is to be compatible with instruments in LR version unlike all other measuring systems. This measurement system is not compatible with all LR device. This measuring system must be used with our temperature regulation CT DIN, EVA DIN and RT1 (according to models, see table).

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