Viscometers / Rheometers

A close-up, photorealistic view of a stainless steel rotational rheometer in a sterile laboratory setting. The instrument's cone-and-plate geometry is compressing a small sample of viscous, deep red biological fluid. In the soft-focus background, a computer monitor displays complex scientific data charts and shear-thinning curves.
This article explains how laboratory professionals use rheological testing to analyze biological fluids, polymers, and decomposition rates in legal investigations

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Rotational rheometer measuring the viscosity and yield stress of an environmental slurry using a vane geometry rotor in a laboratory.
| 5 min read
A female scientist in a lab coat and safety glasses operates a rotational viscometer, which is testing a red sauce sample submerged in a water bath, with a computer screen displaying data in the background.
| 5+ min read
A photorealistic macro close-up of a silver medical syringe needle tip. A single, crystal-clear droplet of viscous liquid hangs precariously from the slanted tip, reflecting light to show its density and high surface tension. The background is a soft-focus, blurred modern pharmaceutical laboratory setting featuring sterile cool blue and white tones.
| 5+ min read
A photorealistic close-up of a high-tech inline rheology sensor mounted on a stainless steel pipe within a modern manufacturing facility. The sleek, metallic sensor features a digital interface displaying a bright green oscillating viscosity graph. The background is a blur of industrial machinery and conduits, illuminated by cool, crisp lighting that highlights the precision of the equipment.
| 5 min read
A laboratory technician in a white coat carefully pipettes a sample onto the cone-and-plate geometry of a rotational rheometer placed on a black granite table. The instrument's display reads "TEMP: 25.00°C," and a separate timer reads "REST TIME: 04:58." Background details include a bottle labeled "Viscosity Standard" and a computer monitor showing a flow curve graph.
| 5 min read
The image displays a clean, modern laboratory setting focused on safety during material testing. In the foreground, a male scientist wearing a white lab coat, blue nitrile gloves, safety glasses, and a protective face shield stands attentively next to a rheometer.
| 5+ min read
A hyper-realistic close-up of a high-tech rotational rheometer in a sterile R&D laboratory. A stainless steel cone geometry presses down onto a translucent, viscous amber fluid, highlighting its surface tension. In the soft-focus background, a computer monitor displays a vibrant, multi-colored flow curve graph.
| 5+ min read
The microVISC PRO on a white background
| 1 min read
The Initium One plus Viscometer on a white background
| 1 min read
HK Series Differential Viscometer on a white background
| 1 min read
Dual Detector Enables Sensitive Determination of Molecular Weight Distribution
| 2 min read
landslide
| 2 min read
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