Fungilab V-Compact Rotational Viscometer with Interchangeable Heads and Remote Tablet Control

The Fungilab V-Compact Viscometer is a high-precision rotational viscometer engineered for accurate measurement of fluid viscosity across a wide range of applications including *quality control, R&D, and manufacturing processes in biotechnology and material science*. Featuring interchangeable heads, this instrument accommodates testing of fluids from ultra-thin solvents to ultra-thick pastes, making it versatile for diverse laboratory workflows such as *molecular diagnostics* and *bioprocessing viscosity analysis*.

Key technical specifications:

• Viscosity Range: 200 to 320,000,000 cP, enabling detection of low to high viscosity samples critical in *biopharmaceutical production pipelines*.
• Speed Range: Adjustable from 0.01 to 250 RPM for precise shear rate control essential in *synthetic biology* and *cell culture media* rheology studies.
• Temperature Range: -40°C to +300°C, allowing analysis under varying thermal conditions relevant for *enzyme kinetics* and *formulation stability testing*.
• Repeatability: 0.2% ensuring highly reproducible measurements necessary for regulatory compliance in *molecular cloning workflows*.

Innovative features:

• Push, Plug & Release (PPR) System: Facilitates rapid spindle exchange with stainless steel spindles stored in a durable carrying case, improving workflow efficiency in busy biotech labs.
• Remote Operation via 8″ Full-Color Touch Tablet (V-Pad): Allows complete control of parameters including speed, temperature, and shear rate without physical buttons, supporting integration in *automated biomanufacturing systems*.
• Custom Programmability: Enables creation and editing of measurement protocols, optimizing the viscometer for specialized applications like *fluorescence-tagged biomolecule viscosity studies*.

The Fungilab V-Compact is a versatile instrument widely adopted in biotechnology, clinical diagnostics, and biomedical engineering research, providing critical data for viscosity-related parameters in live-cell imaging media, synthetic biology experiments, and bioprocess formulation. Its advanced features and broad operational range make it an essential tool for laboratories requiring precise viscosity measurements under controlled thermal and shear conditions.