The WYA-2W Digital Binocular Abbe Refractometer is an advanced laboratory instrument designed for precise measurement of the refractive index (nD) and Brix percentage of liquids and solids. It is commonly used in industries like food and beverage, pharmaceuticals, chemicals, and research laboratories.
Key Features of WYA-2W Digital Binocular Abbe Refractometer:
1. Measurement Range:
Refractive Index (nD): 1.3000 to 1.7000
Brix Scale: 0 - 95%
2. High Accuracy:
Refractive Index Precision: ±0.0003
Brix Precision: ±0.1%
3. Digital Display:
Provides clear, precise, and easy-to-read results.
Reduces human error compared to traditional analog models.
4. Binocular Viewing System:
Enhances observation clarity and reduces eye strain.
5. Temperature Control:
Some models come with temperature compensation or can be connected to a water bath for precise measurements.
6. Versatile Applications:
Food & Beverage: Measuring sugar content in juices, honey, soft drinks, and syrups.
Pharmaceuticals: Quality control of drugs and solutions.
Chemicals & Oils: Determining purity and composition.
Educational & Research Labs: Used for scientific studies and material analysis. 7. Compact & Durable Design:
Built for long-term use with stable optical components.
How to Use the WYA-2W Abbe Refractometer:
1. Calibration:
Use distilled water or a standard liquid with a known refractive index.
Adjust the calibration settings if necessary.
2. Sample Placement:
Apply a few drops of the sample onto the prism surface.
Close the cover plate to evenly spread the liquid.
3. Measurement:
Adjust the focus and use the digital display to read the refractive index or Brix percentage.
If needed, connect to a temperature control system for more accurate readings.
4. Cleaning & Maintenance:
Clean the prism with a soft tissue and ethanol after each use.
Store the instrument in a dry, dust-free environment.
Why Choose the WYA-2W?
✅ Higher Accuracy than traditional models
✅ Digital Readout for ease of use
✅ Wide Application Range
✅ Temperature Compensation for Precision