iVisc
Plug in & perform automatic viscosity measurement with glass capillary viscometer acc. ASTM D445 / ISO 3104
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Viscosity analysis
It is easy to use and practical. Repeatability is good. Most importantly, we have had almost no breakdowns in the 15 years that we have used the instrument
Review Date: 23 Mar 2020 | LAUDA Scientific GmbH
General laboratory practice
iVisc is the ideal instrument for routine analytical measurements and research in small or educational labs with a tiny budget. It is very simple and easy to use, only a laptop is needed to operate and power via USB. You can use your own glassware, which makes operations and maintenance even more comfortable. The fully intuitive software provides statistics for all standard methods and reports printing.
Review Date: 3 Dec 2019 | LAUDA Scientific GmbH
Comprehensive solutions – Reproducible and precise measurement
- Simple automatic viscosity determination
- Person-Independent , GLP-compliant measurement
- Acc. to ASTM D445 / ISO 3104
- Easy to operate and compact
- Peltier technology thermostat for smallest bench space
- Exceptional temperature stability
- Ideal platform for flexible polymer characterization
- Comprehensive calculation algorithms integrated
- All approximation formulas acc. ISO 1628-1ff integrated
Highest cost- and handling-efficiency for many applications
- Use of all standard glass viscometers
- Safe handling in combination with Visco.Fix system capillary viscometer
- Temperature range from -20..120°C
- Kinematic viscosity, dynamic viscosity or relative viscosity measurements
- Solution viscosity measurement of polymers
- Molecular mass, viscosity number, Staudinger index or K-value for polymer characterization
- Easy and fast quality control
- Research and development of lubricants
Duo.Visc – Special package for Viscosity Index
- Combination of 2 iVisc in dual-chamber thermostat
- Temperature range from 20 to 100°C
- Temperature stability of 0.01K
- Direct control of all components via software
- Peltier technology based thermostat with two independent baths
- Simultaneous measurement at 2 temperatures for Viscosity Index determination
- Characterization of oils at 40°C and 100°C
- Easy connection via USB
- Glass cylinder and adjustable back-light enable view to capillary viscometer
- Economical due to only 150W power consumption