Brookfield CAP 2000+ Viscometer – Refurbished Laboratory Viscosity Testing Instrument

The Brookfield CAP 2000+ Viscometer is a laboratory instrument designed to measure the viscosity of liquid and semi-solid materials under controlled testing conditions. Manufactured by Brookfield Engineering Laboratories, this viscometer is suitable for quality control laboratories, research and development facilities, pharmaceutical laboratories, cosmetic manufacturers, paint industries, and chemical testing environments.

The CAP 2000+ features a compact benchtop design with an integrated digital control panel, keypad, display, and sample testing platform. Its design supports viscosity measurements using a defined spindle and rotational measurement system. The instrument is particularly useful for evaluating the flow characteristics of products such as coatings, paints, inks, adhesives, creams, lotions, and other formulated materials.

Viscosity measurement is an important part of product development and manufacturing because it helps determine whether a material has the desired consistency, flow behavior, and application characteristics. In industrial environments, viscosity testing can help manufacturers maintain product uniformity, identify formulation variations, and assess whether materials meet established quality requirements.

The Brookfield CAP 2000+ Viscometer is designed for cone-and-plate viscosity measurement, allowing a small sample to be placed between the measuring cone and sample plate. This arrangement is useful when working with limited sample quantities or when a controlled measurement geometry is required. The instrument's configuration can support testing workflows that require repeatable sample preparation, controlled operating conditions, and documented viscosity results.

The front control panel includes dedicated keys for operating functions such as run time, hold time, temperature, spindle selection, printing, and stopping or resetting a test. These controls provide convenient access to common testing operations. The actual functions available depend on the instrument configuration and operating condition.

Temperature is an important consideration in viscosity testing because many liquids and formulated products change their flow characteristics as temperature changes. The CAP 2000+ platform incorporates a sample plate and a temperature-related control function, as indicated by the instrument's keypad. Users should verify the installed temperature-control system, its operating range, and its calibration status before conducting temperature-dependent measurements.

In pharmaceutical and cosmetic laboratories, viscosity testing can help characterize creams, gels, ointments, suspensions, and other formulations. In paint and coating laboratories, it can support the evaluation of application consistency and material flow. In chemical and industrial laboratories, it can assist with formulation development, incoming material inspection, and routine quality control.

The instrument's digital interface makes it suitable for laboratory workflows in which operators need to select test parameters and conduct measurements according to established procedures. For dependable results, the appropriate measurement configuration, sample quantity, temperature, and testing method should be selected for the material being evaluated.

This listing describes the Brookfield CAP 2000+ Viscometer shown in the supplied photograph. The exact measurement range, spindle or cone configuration, temperature range, software or data-output options, and included accessories should be confirmed against the instrument's identification label and manufacturer documentation before purchase.

For laboratories seeking a viscosity-testing instrument for research, formulation development, and industrial quality control, the Brookfield CAP 2000+ offers a specialized measurement platform in a compact benchtop format.

2.2 Applications of the Product

• Pharmaceutical laboratories: Viscosity testing of creams, gels, ointments, and selected liquid formulations.

• Cosmetic industries: Evaluation of lotions, moisturizers, skin creams, and other personal-care products.

• Paint and coating industries: Measurement of coating and paint viscosity during formulation and quality control.

• Chemical laboratories: Characterization of liquid chemicals, polymer solutions, and formulated products.

• Adhesive manufacturing: Assessment of adhesive consistency and flow characteristics.

• Ink manufacturing: Viscosity evaluation of printing inks and related formulations.

• Research and development: Comparison of experimental formulations and evaluation of material flow properties.

• Quality control laboratories: Routine testing against established viscosity specifications.

• Industrial laboratories: Inspection of selected raw materials, intermediate products, and finished formulations.

2.3 Features of the Product

• Manufactured by Brookfield Engineering Laboratories.

• CAP 2000+ model identification visible on the instrument.

• Digital display and keypad-based control interface.

• Designed for cone-and-plate viscosity measurement.

• Compact benchtop construction.

• Integrated sample plate and measuring assembly.

• Keypad functions for run time, hold time, temperature, and spindle selection.

• Dedicated print and stop/reset controls visible on the panel.

• Suitable for laboratory research and industrial quality-control applications.

• Appropriate for testing compatible liquid and semi-solid formulations.

• Supports structured viscosity-testing workflows when operated with the correct configuration.

• Temperature-related testing capabilities should be verified for the specific unit.

2.4 Technical Specifications

Note: Specifications that cannot be reliably established from the supplied photograph are marked for verification. Confirm the serial number, installed measurement assembly, operating range, calibration status and accessories before finalizing the purchase.

2.5 Product Condition

Condition: Refurbished — subject to seller confirmation.

This listing is prepared on a refurbished-equipment basis. The actual condition should be confirmed before publication or sale.

• The instrument should be inspected for physical damage and missing components.

• Display, keypad and operating controls should be checked.

• The measuring assembly and sample plate should be inspected.

• Temperature-control operation should be tested if applicable.

• Viscosity performance should be verified using an appropriate test procedure.

• Calibration documentation should be provided if available.

• Included accessories and warranty terms should be specified by the seller.