Alcohol & grape LB-62RFM is a refractometer equipped with automatic temperature compensation(ATC) that adjusts itself to correct temperature discrepancies during usage. Features vivid and sharp reticle chart for easy and comfortable reading. They use ambient light and no batteries are needed.
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Measurement range | 0 % ~ 25 % Vol 0~20 Beº |
Minimum division | 0.2 % Vol 0.2 % Brix |
Accuracy | ± 0.2 % Vol ± 0.2 % Brix |
Length | 32 x 40 x 160 mm |
Weight | 240 g |
Features
Applications
Used to test the concentration of alcohol, measuring the sugar in the grapes
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Measurement range | 0 % ~60 % 60~80 % W/W |
Minimum division | 1% |
Accuracy | 1% 2.5% |
Length | 33 x 40 x 160 mm |
Measurement range | 0 % ~60 % 60 % ~80 % V/V |
Minimum division | 1% 2% |
Accuracy | 1% 2% |
Length | 34 x 40 x 160 mm |
Measurement range | 0 % ~25 % Vol 0~40 % Brix |
Minimum division | 0.2 % Vol 0.2 % Brix |
Accuracy | ± 0.2 % Vol ± 0.2 % Brix |
Length | 31 x 40 x 160 mm |
Measurement range | 0 % ~ 25 % Vol |
Minimum division | 0.2 % Vol |
Accuracy | ± 0.20% |
Length | 30 x 40 x 160 mm |
We provide an Oechsle & Brix refractometer, a specialized optical instrument used predominantly in winemaking and viticulture to measure the sugar content, often expressed in degrees Oechsle or Brix, in grape juice or must. This device operates by assessing the refractive index of the juice or must, which correlates directly with the sugar concentration, a key factor in determining grape ripeness and potential alcohol content in wine production. Equipped with precise optics and a clear scale, Oechsle Brix refractometers provide quick and accurate readings, allowing winemakers to make informed decisions about the optimal time to harvest grapes for achieving the desired wine characteristics and ensuring the production of high-quality wines with the appropriate sugar levels and flavor profiles.
Measurement range | 0 - 190 °Oe 0 - 38 KMW 0 – 44 % Brix |
Minimum division | 2°Oe 0.2KMW 0.5 % Brix |
Accuracy | ± 2°Oe ± 0.2 KMW ± 0.5 % Brix |
Length | 200 mm |
Measurement range | 30 - 140 °Oe 0 – 32 % Brix |
Minimum division | 1°Oe 0.2 % Brix |
Accuracy | ± 1°Oe ± 0.2 % Brix |
Length | 200 mm |
Measurement range | 0 - 140 °Oe 0 – 32 % Brix |
Minimum division | 1°Oe 0.2 % Brix |
Accuracy | ± 1°Oe ± 0.2 % Brix |
Length | 200 mm |
Measurement range | 0 - 140 °Oe 0 - 25 KMW 0 – 32 % Brix |
Minimum division | 1°Oe 0.2KMW 0.2 % Brix |
Accuracy | ± 1°Oe ± 0.2KMW ± 0.2 % Brix |
Length | 200 mm |
Our brix refractometer is a specialized optical instrument designed for measuring the sugar concentration, often expressed as degrees Brix, in liquid samples, particularly in the food and beverage industry. It operates by assessing the refractive index of the sample, which is directly correlated to its sugar content. These compact and portable devices are equipped with a sample well, optics, and a user-friendly interface. They provide fast and accurate Brix readings, making them indispensable tools for quality control and monitoring sugar levels in various applications, including fruit juice, wine, soft drinks, and the production of syrups and jams.
Measuring Range | 28 % ~ 62 % Brix |
Minimum Division | 0.20 % Brix |
Accuracy | ± 0.2 % |
ATC Compensation Range | 10°C ~ 30°C |
Measuring Range | 0 % ~ 55 % Brix |
Minimum Division | 0.5 % Brix |
Accuracy | ± 0.5 % Brix |
ATC Compensation Range | 10 °C ~ 30 °C |
Measuring Range | 45 % ~ 82 % Brix |
Minimum Division | 0.5 % Brix |
Accuracy | ± 0.5 % |
ATC Compensation Range | 10 °C ~ 30 °C |
Measuring Range | 0 % ~ 10 % Brix |
Minimum Division | 0.1 % Brix |
Accuracy | ± 0.10 % |
ATC Compensation Range | 10 °C ~ 30 °C |
Our portable refractometers are compact and versatile optical instruments used for measuring the refractive index of liquids, offering quick and precise insights into the composition and concentration of various samples. Designed for on-the-go or field applications, these handheld devices feature a sample well, precise optics, and a user-friendly interface, making them ideal for use in diverse industries such as food and beverage, agriculture, automotive, and pharmaceuticals. They enable quality control, process monitoring, and quick assessments of sample properties, such as sugar content, concentration, and purity, with ease and efficiency.
Labotronics milk refractometer is a specialized optical instrument used primarily in the dairy industry to assess the quality and composition of milk. It operates by measuring the refractive index of milk, which is influenced by parameters like fat and solids content. These portable and user-friendly devices are equipped with precision optics and a clear scale, offering quick and accurate measurements of milk samples. Our milk refractometers are crucial tools for dairy farmers and milk processors, enabling them to monitor and control the fat content and solids levels in milk, helping ensure product quality, adherence to industry standards, and proper compensation for dairy producers.
Measurement range | 0 % ~ 20 % milk |
Minimum division | 0.2 % milk |
Accuracy | ± 0.1 % |
Dimension | 30 x 40 x 160 mm |
Our fluid refractometer is a versatile optical instrument used for measuring the refractive index of various liquid samples. It operates by analyzing the way light is bent as it passes through a liquid, providing insights into the sample's composition, concentration, and purity. These refractometers come equipped with precision optics and a user-friendly interface, offering quick and accurate readings across a wide range of applications, including chemistry, food and beverage quality control, pharmaceuticals, and industrial processes. Fluid refractometers are essential tools for researchers, quality control professionals, and product developers, helping them ensure product quality, consistency, and compliance with industry standards while streamlining analysis and quality assurance processes.
Measurement Range | Density: 0 to 100% Ethylene Glycol: -60°C to 0 °C Battery Fluids: 1.100 to 1.400 sg |
Minimum Division | Density: 0.05 Ethylene Glycol: 5 °C Battery Fluids: 0.01sg |
Accuracy | Density: ± 5 % Ethylene Glycol: ± 5 °C Battery Fluids: ± 0.01 sg |
Length | 200 mm |
Measurement Range | Urea: 30% to 35% Ethylene Glycol: -50°C to 0°C Propylene Glycol: -50°C to 0°C Cleaning Fluids: -40°C to 10°C Battery Fluids: 1.100 to 1.400 sg |
Minimum Division | Urea: 0.5°C Ethylene Glycol: 5°C Propylene Glycol: 5°C Cleaning Fluids: 5°C Battery Fluids: 0.01 sg |
Accuracy | Urea: ± 0.5°C Ethylene Glycol: ± 5°C Propylene Glycol: ± 5°C Cleaning Fluids: ± 5°C Battery Fluids: ± 0.01 sg |
Dimension (Length) | 200 mm |
Measurement Range | Ethylene Glycol: -50°C to 0 °C Propylene: -50°C to 0 °C C: -40°C to 0 °C Battery Fluids: 1.100 to 1.400 sg |
Minimum Division | Ethylene Glycol: 1°C Propylene: 1°C C: 5 °C Battery Fluids: 0.01sg |
Accuracy | Ethylene Glycol: ± 1 °C Propylene Glycol: ± 1 °C C: ± 5 °C Battery Fluids: ± 0.01 sg |
Length | 200 mm |
Measurement Range | Ethylene Glycol: -60°C to 0°C (0 to 66.6 %) Propylene Glycol: -50°C to 0°C (0 to 62.4 %) Battery Fluids: 1.100 to 1.400 sg |
Minimum Division | Ethylene Glycol: 5°C Propylene Glycol: 5°C Battery Fluids: 0.01 sg |
Accuracy | Ethylene Glycol: ± 5°C Propylene Glycol: ± 5°C Battery Fluids: ± 0.01 sg |
Dimension (Length) | 200 mm |
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