B-ONE BENCH TOP REFRACTOMETER PBR-094

B-ONE BENCH TOP REFRACTOMETER PBR-094

B-ONE Bench Top Refractometer PBR-094

Product Description

The B-ONE Bench Top Refractometer PBR-094 is an advanced refractometer designed for precise and efficient Brix analysis. Equipped with a color LCD screen, this device provides a clear, user-friendly interface for measuring the sugar concentration (Brix) in solutions. With its fast response time and high accuracy, it is ideal for quality control in food production, beverage testing, pharmaceutical applications, and laboratory research. Its rechargeable lithium battery ensures portability, making it suitable for on-site and in-lab operations.

Key Features

• Color LCD Screen: Offers a bright and intuitive display for easy operation and clear visibility of results.
• Wide Measurement Range: Measures Brix from 0.0% to 94.0%, accommodating diverse testing needs.
• High Accuracy: Delivers precise results with an accuracy of ±0.1%.
• Rapid Testing: Provides measurement results in approximately 2 seconds, enhancing workflow efficiency.
• Small Sampling Volume: Requires only >0.4 ml of sample for testing, minimizing waste.
• Temperature Compensation: Automatic compensation for temperatures ranging from 0°C to 40°C ensures consistent results.
• Rechargeable Power Source: Powered by a rechargeable lithium battery for extended usage and portability.

Technical Specifications

• Display: Color LCD screen
• Measurement Range: Brix 0.0% to 94.0%
• Measurement Accuracy: Brix ±0.1%
• Solubility: Brix 0.1%
• Testing Time: About 2 seconds
• Sample Volume: >0.4 ml
• Temperature Compensation Range: 0°C to 40°C
• Ambient Temperature: 10°C to 40°C
• Power Source: Rechargeable lithium battery

Applications

• Food and beverage quality testing (e.g., juices, soft drinks, honey)
• Pharmaceutical formulations and laboratory research
• Industrial quality control and production processes

Summary

is a versatile and portable solution for accurate Brix measurement. Its quick response, minimal sample requirement, and temperature compensation features make it indispensable for industries and laboratories prioritizing precision and efficiency.