Diagnoware (A Brand of Alpha Diagnostics & Traders)

• 100ul
• 200ul
• 1000ul
• available at best prices

RBC Glass Pipette are specialized tools used in hematology for counting and measuring blood cells.

Purpose:
Designed for accurately measuring and diluting blood samples to count red blood cells.

Graduations:
Typically marked to allow precise measurement and dilution ratios.

Material:
Usually made from high-quality, chemically resistant glass or plastic.

Design:
Features a fine tip for accurate liquid handling and may come with a built-in bulb or plunger for easy use.

The pipettes are essential in hematology laboratories for performing cell counts and preparing samples for microscopic analysis or automated testing.

The Diagnoware ESR (Erythrocyte Sedimentation Rate) disposable pipettes are designed for precise measurement and transfer of fluids, particularly in applications related to ESR testing.

Typically, a pack of 100 would include:

• Quantity: 100 individual pipettes per pack, providing ample supply for multiple tests or experiments.
• Volume: Often calibrated to measure specific volumes accurately; ensure the pipettes meet the volume requirements for your application.
• Material: Usually made of high-quality, disposable plastic to avoid contamination and ensure accuracy.
• Design: Features a clear, easy-to-read scale for precise measurement, with a narrow tip for controlled liquid transfer.

These pipettes are commonly used in medical and laboratory settings for ESR tests, which measure how quickly red blood cells settle in a sample of blood. The disposable nature helps to maintain hygiene and prevent cross-contamination between samples.

The Lab ESR Stand is designed for use with Winthrobe and Westergren ESR tubes.

Features:

• Capacity: Accommodates 6 tubes, allowing for simultaneous testing of multiple samples.
• Material: Typically made from durable plastic or metal to ensure stability and resistance to laboratory conditions.

Design:

• Winthrobe: Holds Winthrobe tubes, which are used for measuring ESR by the method that involves a graduated scale inside the tube.
• Westergren: Designed to hold Westergren tubes, which are longer and thinner, used in the Westergren method for ESR measurement.

Functionality:
Keeps tubes upright and steady during the ESR test, ensuring accurate and consistent results. The stand usually has slots or clamps to securely hold the tubes in place.

This stand is crucial for efficient and accurate ESR testing in clinical and research laboratories.

Design:
These micropipettes allow the user to adjust the volume of liquid to be dispensed, offering flexibility for various experimental needs.

Usage:
Suitable for tasks requiring different volumes of liquid, providing versatility in experimental setups and sample preparation.

Features:

• Volume Adjustment: Equipped with a dial or digital display to set the desired volume accurately.
• Ergonomics: Often designed for comfortable grip and ease of use, with features to minimize user fatigue.
• Accuracy and Precision: Designed for precise measurement and dispensing of liquids, critical for reproducible results in experiments.
• Material: Usually made from high-quality plastics or metals to ensure durability and chemical resistance.
• Calibration: Can often be calibrated or adjusted to maintain accuracy over time.

These micropipettes are essential for various laboratory applications, including sample preparation, reagent dispensing, and analytical procedures.

The Diagnoware Micropipette Stand with Drawer is a laboratory accessory designed to organize and store micropipettes and related equipment efficiently.

Key features typically include:

• Micropipette Holder: The stand includes designated slots or holders to securely place and organize micropipettes of various sizes, reducing clutter and minimizing the risk of contamination.
• Drawer Compartment: A built-in drawer provides additional storage space for pipette tips, calibration tools, or other small laboratory items, helping keep the workspace tidy and organized.
• Material and Design: Made from durable materials such as plastic or metal, ensuring stability and longevity. The design often includes anti-slip features to keep the stand steady during use.
• Ease of Access: The stand is designed for easy access to micropipettes and other tools, improving workflow efficiency in the lab.

This stand helps maintain an organized and efficient laboratory environment, ensuring that micropipettes and other small tools are readily accessible and protected.