Automatic Densitymeter

The Rudolph DDM 2911 PLUS / 2911 / 2910 / 2909 Density Meters have the features to meet the needs of today's industries.

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Digital Refractometer

Rudolph have a large bouquet of various models of Refractometers to choose from. It varies depending on the application, the RI range, accuracy, budget among others.

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Digital Polarimeters

Rudolph manufactures various models of Polarimeters depending on accuracy, resolution, application, Temperature maintenance and budget. They vary from Autopol I to Autopol VI

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AUTOPOL VII Automatic Polarimeter

Rudolph’s latest in the series of Polarimeter - Autpol VII comes with fully automated sample loading combined with versatile sample loading, cell cleaning, rinsing, and drying built-In quartz plates automatically performing 3 point validation etc. comes as a total package.

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Portable Brix Meter

KEM, Japan Brixmeter model BX-1 is an automatic, digital system with an LCD display. The range is continuous between 0 – 85%Brix. The resolution is 0.1%Brix. This system is equipped with temperature compensation and has an IP-65 protection. This means that the system can be washed under the tap directly for cleaning the previous sample.

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Portable DensityMeter

The KEM, Japan portable Densitymeter model DA-130N is a microprocessor controlled system with an LCD display. It operates out of the ASTM approved "oscillation of the U-tube" method. It displays Density, Temperature-compensated Density, Specific Gravity, Temperature-compensated Specific Gravity, Brix%, Alcohol Concentration, Sulfuric Acid Concentration, API degree, Baume degree, Plato degree, Proof degree etc.

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Portable Refractometer

KEM, Japan portable Refractometer model RA130 is a light-weight, easy-to-use and a handy system. It is a microprocessor controlled instrument with an LCD display. The sample can either be dripped on the prism or the prism of the system can also be dipped into the sample beaker to measure RI. Since the system is IP-65 protected the system can be directly immersed into the sample beaker also.

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Texture Analyser

Shimadzu Texture Analyser is ideal and effective for testing Food (Texture Profile Analysis), Pharmaceutical Substances, Packaging materials, Medical Devices etc.. It can be fixed with a variety of jigs and fixtures. For the Food Industries many parameters including Hardness, Brittleness, Adhesiveness, Cohesiveness, Elasticity, Rubberness, Chewability etc. can be obtained from the user friendly software Trapezium X Texture

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UTM

Shimadzu Universal Testing Machine helps you to determine Tensile strength , Shear Test , Elongation Test for various materials which includes metals , plastics , rubber , wires etc .

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Contact Angle Meter

Kyowa Contact Angle Meter can perform Sessile Drop Method, Extension/Contraction method, Surface / Interfacial tension of liquids with Pendant drop method, Sliding Method & Dynamic Sliding Method. Model DMe-701 is the most automatic model and even stage movement and Droplet deposition are controlled through the PC. Right from the basest of models right upto Model DMe-701 are available depending on the application, capabilities, budget etc..

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Surface Tensiometer

Surface Tensiometers are widely used to check Surface Tension of Paints , Inks , Additives , Surfactant etc & same instrument is also used for the measurement of IFT - INTERFACIAL TENSION. The Interfacial Tension is mostly used in the study of quality of Transformer Oil.

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Information

Choosing a Saccharimeter
Rudolph makes it easy to match a saccharimeter to your budget and application. The Autopol IZ and IIZ were designed for limited budget applications where 0.02°Z (ISS) accuracy are sufficient. For the more demanding accuracy applications, Rudolph offers the Autopol 589, 880 and 880T models that have ±0.01°Z (ISS) accuracy, OD 4.0 dark sample penetration power and feature rich software.

Specifications Autopol® IZ Autopol® IIZ Autopol® 589 Autopol® 880 Autopol® 880T
Optical Wavelengths 589nm 589nm, 880nm 589nm Standard: 589nm, 880nm
Optional: 587nm, 882nm
Standard: 589nm, 880nm
Optional: 587nm, 882nm
Wavelength Selection Fixed Selectable, 2 only Fixed Selectable: 2 standard, 4 optional Selectable: 2 standard, 4 optional
Measuring Mode Optical Rotation, Specific Rotation, Concentration, Sugar Degrees, °Z (ISS), User Defined Scale Optical Rotation, Specific Rotation, Concentration, Sugar Degrees, °Z (ISS), User Defined Scale °Z (ISS), Optical Rotation or User Defined Scale °Z (ISS), Optical Rotation or User Defined Scale °Z (ISS), Optical Rotation or User Defined Scale
Measuring Range ±89.9° Arc Optical Rotation, ±259 °Z (ISS) ±89.9° Arc Optical Rotation, ±259 °Z (ISS) ±89.9° Arc Optical Rotation, ±259 °Z (ISS) ±89.9° Arc Optical Rotation, ±259 °Z (ISS) ±89.9° Arc Optical Rotation, ±259 °Z (ISS)
Resolution 0.01° Arc Optical Rotation, 0.01 °Z (ISS) 0.01° Arc Optical Rotation, 0.01 °Z (ISS) 0.001° Arc Optical Rotation, 0.01 °Z (ISS) 0.001° Arc Optical Rotation, 0.01 °Z (ISS) 0.001° Arc Optical Rotation, 0.01 °Z (ISS)
Reproducibility 0.01° Arc Optical Rotation, 0.01 °Z (ISS) 0.01° Arc Optical Rotation, 0.01 °Z (ISS) 0.001° Arc Optical Rotation, 0.01 °Z (ISS) 0.001° Arc Optical Rotation, 0.01 °Z (ISS) 0.001° Arc Optical Rotation, 0.01 °Z (ISS)
Accuracy 0.02° Z 0.02°Z (ISS) Sugar Degrees 0.01 °Z (ISS) 0.01 °Z (ISS) 0.01 °Z (ISS)
Measuring Scale Degrees Arc, Optical Rotation, °Z (ISS) Degrees Arc, Optical Rotation, °Z (ISS) °Z (ISS) °Z (ISS) °Z (ISS)
Prism Glan Thompson Calcite Glan Thompson Calcite Glan Thompson Calcite Glan Thompson Calcite Glan Thompson Calcite
Temperature Control By external Water Bath By external Water Bath By external Water Bath Standard: By external Water Bath
Optional: TempTrol™ electronic heating & cooling 18°C - 35°C
TempTrol™ Automatic Electronic Heating & Cooling 18°-35°C (standard)
Temperature Correction 18°C - 40°C 18°C - 40°C 18°C - 40°C 18°C - 40°C 18°C - 40°C
TempTrol™ Accuracy Temperature accuracy determined by Water Bath Temperature accuracy determined by Water Bath Temperature accuracy determined by Water Bath Temperature accuracy determined by Water Bath ±0.2°C TempTrol accuracy
Temp. Probe Range 10° - 40°C 10° - 40°C 10° - 40°C 10° - 40°C 10° - 40°C
Temp. Probe Accuracy ±0.1°C ±0.1°C ±0.1°C ±0.1°C ±0.1°C
Measurement Time 5 measurements in less than 25 seconds (avg.) 5 measurements in less than 25 seconds (avg.) 12° per second 12° per second 12° per second
Light Source Tungsten-Halogen 6V, 20W, avg. 2,000 hour life Tungsten-Halogen 6V, 20W, avg. 2,000 hour life Tungsten-Halogen 6V, 20W, avg. 2,000 hour life Tungsten-Halogen 6V, 20W, avg. 2,000 hour life Tungsten-Halogen 6V, 20W, avg. 2,000 hour life
Sample Chamber Accepts sample tubes up to 200 mm Accepts sample tubes up to 200 mm Accepts sample tubes up to 200 mm Accepts sample tubes up to 200 mm Accepts sample tubes up to 200 mm
Data Storage No No No No Yes
Communication Interface Two RS232 serial ports, one parallel printer port Two RS232 serial ports, one parallel printer port Two RS232 serial ports, one parallel printer port and one auxiliary port Two RS232 serial ports, one parallel printer port and one auxiliary port Two RS 232 serial ports, one parallel printer port and one auxiliary port, and 3 USB ports
Calibration Automatic calibration via touch screen Automatic calibration via touch screen Automatic calibration via touch screen Automatic calibration via touch screen Automatic calibration via touch screen
Purity Software Optional with PC Optional with PC Standard Standard Standard
Connection to Refractometer Not available Not available Standard Standard Standard
Display 7.5 cm x 10 cm Graphics LCD, 320 x 240 dots cold fluorescent back lit 7.5 cm x 10 cm Graphics LCD, 320 x 240 dots cold fluorescent back lit 7.5 cm x 10 cm Graphics LCD, 320 x 240 dots cold fluorescent back lit 7.5 cm x 10 cm Graphics LCD, 320 x 240 dots cold fluorescent back lit 10.4” diagonal, 800 x 600 pixels, color, Flat Panel Monitor with resistant Touch Screen Interface, 200 nits brightness, gasketted for spill protection
User Interface Touchscreen Touchscreen Touchscreen Touchscreen Touchscreen
Automatic Sensitivity Control Measures samples with transmittance as low as 0.1% (up to OD 3.0) Measures samples with transmittance as low as 0.1% (up to OD 3.0) Measures samples with transmittance as low as 0.01% (up to OD 4.0) Measures samples with transmittance as low as 0.01% (up to OD 4.0) Measures samples with transmittance as low as 0.01% (up to OD 4.0)
Input Power 100 - 240V, 50/60 Hz 100 - 240V, 50/60 Hz 100 - 240V, 50/60 Hz 100 - 240V, 50/60 Hz 100 - 240V, 50/60 Hz
Operating Dimensions 24.3” W x 12.7” H x 17.5” D (617mm W x 323mm H x 445mm D) 24.3” W x 12.7” H x 17.5” D (617mm W x 323mm H x 445mm D) 35” W x 10.5” H x 17” D (890mm W x 267mm H x 432mm D) 35” W x 10.5” H x 17” D (890mm W x 267mm H x 432mm D) 32” W x 11.5” H x 18” D (813mm W x 292mm H x 457mm D)
Shipping Dimensions 31” W x 28” H x 26” D (787.4mm W x 711.2mm H x 660.4mm D) 31” W x 28” H x 26” D (787.4mm W x 711.2mm H x 660.4mm D) 42” W x 24” H x 21” D (1066.8mm W x 609.6mm H x 533.4mm D) 42” W x 24” H x 21” D (1066.8mm W x 609.6mm H x 533.4mm D) 43” W x 28” H x 23” D (1411mm W x 919mm H x 722mm D)
Operating Weight 42 lbs. (19.05 kg) 42 lbs. (19.05 kg) 85 lbs. (39 kg) 85 lbs. (39 kg) 95 lbs. (43 kg)
Shipping Weight 72 lbs. (32.6 kg) 72 lbs. (32.6 kg) 120 lbs. (54.5 kg) 120 lbs. (54.5 kg) 130 lbs. (59 kg)

Video

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Information

Temperature

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All Autopol® Saccharimeters come with a Temperature Probe so that sample temperature can be displayed and printed. The temperature probe is built into the sample compartment and can be inserted into the polarimeter cell.

Automation and Continuous Sampling

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Cells are available in 25mm, 50mm, 100mm and 200mm optical pathlengths with necessary fittings for any application.
 Pour In Sampling with Temperature Correction
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 Cells with stainless steel funnels and exit tubing available in 50mm, 100mm and 200mm optical pathlengths.

TempTrol™ Quartz Plates
TempTrol™ Quartz Plates allow for temperature control and correction in TempTrol™ Autopol 880s. Standard Quartz Plates allow for temperature correction only

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TempTrol™ Solutions for High Accuracy, Low Volume Laboratories
Autopol 880T

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Cells can be modified for automation. 

 

41T Cells and Electronic Temperature Control

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  1. Rudolph 41T style cells allow for Electronic Temperature Control to a defined set temperature (i.e. 20°C or 27.5°C).
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  1. Primary temperature probe port
  2. TempTrol™ flow cell with mating heating and cooling transfer surface

TempTrol™ Solution
Patented TempTrol™ Technology eliminates the need for a water bath.

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TempTrol™ heating and cooling transfer surface

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TempTrol™ cell with mating heating and cooling transfer surface

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Place the TempTrol™ cell in your TempTrol™ equipped Autopol® 880T sample chamber to measure to within ±0.2°C of the ICUMSA specified temperature (normally 20°C or 27.5°C). Any temperature between 18°C and 35°C may be selected.

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Rudolph provides a temperature validation cell with every TempTrol™ system. The temperature validation cell along with an optional NIST traceable thermometer is designed to validate the temperature control performance of the saccharimeter and cell to ±0.2°C.

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Temperature is selected via touch screen.

Definitions

 

Purity Software Definitions

The AUTOPOL® models 589, 880 and 880T always display Purity as if it were reading a 1 normal solution as defined in SPS-1: 3.1 The “normal sugar solution”is defined as 26.0160 g of pure sucrose weighed in vacuo and dissolved in water at 20.00°C to a final volume to 100.000 cm3. This corresponds to 26.000 g weighed in air under normal conditions (1013 mbar, 20°C, 50% relative humidity) and dissolved in water to a final volume of 100.000 cm3. Therefore, Rudolph displays:

% Sucrose = °Z reading corrected for dilution
Example: a 1/4 normal wt. solution reading 13.70°Z will read (4 x 13.70°Z) 54.80% Sucrose.

%RDS-OP = Refractometer dissolved solids or Brix prior to dilution
Example: a 3:1 dilution having a refractometer Brix reading of 14.30 would read 42.90 %RDS-OP (14.30 Brix x 3)

%PURITY = %Sucrose x 100 x apparent density polynomial, %RDS-OP

Purity Software Documentation

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Information

Rudolph Saccharimeter Models
Solutions for the Sugar Industry: Saccharimeter Selection Guide

Models Spec.Highlights Features & Benefits Compatible Cells for All Models
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  • Purity Software: Optional with PC only
  • Measurement Range: ±259°Z, ±89.9°Arc
  • Accuracy: 0.02°Z
  • Temperature Correction: 20°C, 27.5°C or user defined
  • Built-in Thermo. Probe: Standard
  • Wavelength: 589nm
  • Prism: Glan Thompson Calcite

For 0.02°Z accuracy applications where budget is critical and 589 nm is the only wavelength needed. This instrument is popular for sugar applications that do not require ICUMSA measurement at the 880 nanometer wavelength.
Rudolph does not use plastic polarizers on its less expensive models like other manufacturers do. Rudolph uses only Glan Thompson Calcite polarizers, which cost 10x more than plastic polarizers.

14 style cells:
for manual sampling

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33 style cells: for pour-in sampling. Also available with water jackets for temperature control.

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41T style cell: for pour-in sampling and electronic temperature control.

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32 style cells: for automation.

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  • Purity Software: Optional with PC only
  • Measurement Range: ±259°Z, ±89.9°Arc
  • Accuracy: 0.02°Z
  • Temperature Correction: 20°C, 27.5°C or user defined
  • Built-in Thermo. Probe: Standard
  • Wavelengths: 589nm, 880nm
  • Prism: Glan Thompson Calcite

For sugar mills that want to measure according to the ICUMSA non-lead procedure but whose application does not require the accuracy of Rudolph's more expensive models.
Rudolph does not use plastic polarizers on its less expensive models like other manufacturers do. Rudolph uses only Glan Thompson Calcite polarizers, which cost 10x more than plastic polarizers.

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  • Purity Software: Standard
  • Measurement Range: ±259°Z, ±89.9°Arc
  • Accuracy: 0.01°Z
  • Temperature Correction: 20°C, 27.5°C or user defined
  • Built-in Thermo. Probe: Standard
  • Wavelength: 589nm
  • Prism: Glan Thompson Calcite

For 0.01°Z accuracy sugar testing and payment for countries and applications where lead or other suitable clarifiers are still the norm. This model works at 589 nm and is not compliant with ICUMSA testing at 880 nm.
Rudolph does not use plastic polarizers on its less expensive models like other manufacturers do. Rudolph uses only Glan Thompson Calcite polarizers, which cost 10x more than plastic polarizers.

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  • Purity Software: Standard
  • Measurement Range: ±259°Z, ±89.9°Arc
  • Accuracy: 0.01°Z
  • Temperature Correction: 20°C, 27.5°C or user defined
  • Built-in Thermo. Probe: Standard
  • Wavelengths: Standard - 589nm, 880nm
    Optional - 589nm, 587nm, 880nm, 882nm
  • TempTrol™ Electronic Temperature Control: Optional

This is Rudolph’s most popular saccharimeter; it is used by 98% of all US sugar mills, 100% of all US customs labs and can be found in thousands of sugar mills around the world. It has 0.01 accuracy and is available in both 2 or 4 wavelength versions. TempTrol™ electronic cooling and heating is available as an option.
This option is only suitable for air conditioned modern laboratories.

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  • Purity Software: Standard
  • Measurement Range: ±259°Z, ±89.9°Arc
  • Accuracy: 0.01°Z
  • Temperature Correction: 20°C, 27.5°C
  • Built-in Thermo. Probe: Standard
  • Wavelengths: Standard - 589nm, 880nm
    Optional - 589nm, 587nm, 880nm, 882nm
  • TempTrol™ Electronic Temperature Control: Standard

This is Rudolph’s latest and most advanced model. It was developed and tested in conjunction with labs testing pharmaceutical grade sugars. These labs require precise temperature control yet still want flow through cell type operation. For sugar trade labs and contract work that demands the best and most advanced saccharimeter in the world.
This option is only suitable for air conditioned modern laboratories.

Additional Solutions

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Density Meters »

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Automation Equipment »

Measuring Purity

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Purity software is standard on the Autopol® 589, 880 and 880T, just add a Refractometer and read BRIX, POL and PURITY simultaneously on the Autopol’s® large LCD backlit display. alt 

Sample Specific Programs
The AUTOPOL® models 589, 880 and 880T come with PURITY software and 30 sample specific programs which can be pre-defined for specific juices. This capability is advantageous in factory environments where the same type of samples are repeatedly measured. These programs allow for input parameters such as: multiplier, wavelength, and temperature correction to be prespecified. The PURITY software and a Refractometer also allow dilution on a weight/weight or weight/volume basis which can also be prespecified for each sample name. Each program can be labeled with an alphanumeric and assigned to one of the function keys. The factory operator simply presses the preassigned function key to start measurement.

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Specification

Choosing a Refractometer for Your Purity System
See the Refractometers Section for more details.

Models Specifications Features and Benefits
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  • Measurement Range: 1.33 - 1.53 RI; 0 - 95% Brix
  • Accuracy: 0.00004 RI; 0.03 Brix
  • Electronic Temperature Control: Fixed temperature selection: 20°C and 25°C
The J57HA's simple interface and easy to clean prism surface make it one of our most popular models for the sugar industry. Temperature control to 20°C and 25°C makes it perfect for molasses and high Brix samples. Measurement speed can be improved by using Temperature Correction in conjunction with Temperature Control, allowing measurements to be made accurately almost as soon as the sample is placed on the prism.
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  • Measurement Range: 1.33 - 1.53 RI; 0 - 95% Brix
  • Accuracy: 0.00004 RI; 0.03 Brix
  • Electronic Temperature Control: Flexible temperature selection between 15°C - 50°C

The J157-CC-AM is also quite popular with sugar factory labs. The non contact cover (CC) with built in electronic heating and cooling improves performance in harsh conditions. The Auto Measure (AM) feature allows the closing and opening of the cover to start and stop the measurement eliminating the need for the operator to touch the interface. Very popular for factory environments where air temperature varies dramatically: cold at night and hot during the day.

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  • Measurement Range: 1.33 - 1.53 RI; 0 - 95% Brix
  • Accuracy: 0.00004 RI; 0.03 Brix
  • Electronic Temperature Control:
    KVP: Select any temperature between 15°C - 30°C
    PTW: Select any temperature between 15°C - 40°C

The J157-PTW can be operated as a pour through refractometer when measuring juices and then by loosening one thumb screw and lifting the hinged presser the instrument can be used like a J57. This allows the J157-PTW to measure molasses and other high Brix samples.

The J157-KVP has a vertical prism that allows suspended solids to fall past the prism surface instead of on to the prism. The small funnel volume design with integrated over flow funnel increases sample flushes and reduces spillage. The J157-KVP is often favored in applications with highly turbid low Brix samples.

refractoRudolph's J series Digital Refractometers are automatic, digital systems with an LCD screen. Refractive Index being highly temperature-sensitive the sample's temperature from models J57 and above is controlled by the electronic heating and cooling Peltier technology. Through the keypad the temperature of the sample can be set thus avoiding the use of water-baths which are clumsly, cumbersome and costly.

SALIENT FEATURE OF THE J-SERIES REFRACTOMETER

  • RI Range: 1.26000 to 1.72000
  • Accuracy: up to 4th decimal & 5th decimal depending on application
  • Temp Control: by Peltier electronic heating & cooling, without the need of water bath (from J-57 model)
  • Wide Temp control Range: 10 to 120 deg C
  • Top cover for avoiding sample evaporation
  • Heating & cooling from top & beneath to ensure quick & accurate analysis
  • Inbuilt embedded Windows 7 OS & inbuilt data storage upto 8GB
  • 21 CFR Part 11 inbuilt
  • Smart Measure facility, in case there is previous traces of samples remaining the machine will not allow to load the next sample, so avoidance of cross contamination.
  • The Prism is ultra-flat , so there is no temp gradient & cleaning is very easy. Prisms can be cleaned with paper towels.

J47 Refractometer

J-47: This is the simplest of the models. The HA variant would have a range of 1.32-1.53RI and the WR between 1.29-1.66. Both models would have a Brix range between 0 – 100 Brix and thus is the most suitable one for Food companies which predominantly want to check sugar in their process. The accuracy of J-47HA would be +/- 0.00003RI and that of WR +/- 0.0001RI.

Both the variants would be equipped with a built-in Temperature Correction for Sucrose between 4 to 95 Deg C.

J57 HA Refractometer

J57HA: This is a system just like J157 but without the top cover. This system has a range of 1.33 to 1.53RI / 0 - 100Brix. The accuracy is +/- 0.00002RI / +/-0.01Brix. The communication interface is through 2 RS232, one parallel printer port and one auxiliary port. The temperature control of the sample can be done in either 20 deg C or 25 deg C. This would satisfy both USP and EP needs. The communication interface is through 2 RS232, one parallel printer port and one auxiliary port.

The same system can also be configured for the reading of Butyro scale. The Butyro has to be analysed in 40 deg C and the J57HA can be set for 20 deg C & 40 deg C. This would allow this system to be used in any food company where the analysis would either be for Sucrose or for Butyro.

J57 WR Refractometer

J57WR:This is a system just like J57WR but without the top cover. Model J57WR has a range between 1.30 to 1.70 RI and 0 - 100Brix. The accuracy is +/- 0.0001RI / +/-0.1Brix. The resolution is 0.0001RI and 0.01Brix. The temperature control of the sample can be done in 10 - 65 deg C. This would satisfy both USP and EP needs. The communication interface is through 2 RS232, one parallel printer port and one auxiliary port.

The same system can also be configured for the reading of Butyro scale. The Butyro has to be analysed in 40 deg C and the J57WR can be set for 20 deg C & 40 deg C. This would allow this system to be used in any food company where the analysis would either be for Sucrose or for Butyro.

J-157: This model has four variants – HA, HA PLUS, WR & WR PLUS. The HA models would have a range of 1.32 to 1.53RI and the WR 1.29 to 1.66RI. The HA would have an accuracy of +/- 0.00002 RI and the WR models +/- 0.0001 RI. There would be a difference between the model with Plus and without. The Plus variant would have a temperature control range between 10 to 80 Deg C.

J-257: The J-257 has an RI range of 1.26 to 1.72 with an accuracy of +/- 0.0001 RI. The temperature control range would be 10 to 90 Deg C. J-257 comes with the Smart measure feature and Trend Analysis. The Trend Analysis feature is a very important tool in a modern factory that the users want to be aware of fact the moment the results go out of their set limits.

J-357: This machine which is very similar to features to that of J-257 and the difference is in the accuracy levels. The 357 has a accuracy of +/- 0.00002 RI and +/- 0.015% Brix.

J-457: This is the top-of-the line of Rudolph J series Refractometers. The system is packed with many advance intelligent features like SmartMeasure – it finds out if there are any sample residues left on prism surface, if insufficient amount of sample is covering the prism, if there are any sample contamination or improper calibration, if there are any air bubbles in the sample etc.

The RI range is 1.26 to 1.72 and the accuracy is +/- 0.00002RI and +/-0.015% Brix.

The Temperature control range of the samples is 10 to 110 Deg C (120 Deg C with Temp Boost option) and the temperature would be controlled from the Prism and also the cover. The temperature range is very important for a few samples like Petroleum or Petrochemicals where the samples need to be analysed in 100 or higher Deg C.

This model can also have an option of Hastelloy measurement surface if the samples are going to be very acidic.

The models 257 / 357 / 457 can also have an option of RI measurement kit for Solids, Semi-Solids and Films. The kit consists of a punching device and a holder for solids. This punching device is used to punch a sample out of films. This is useful for testing plastic packaging films directly.

For More details visit : http://rudolphresearch.com/products/refractometers

Kem Brixmete

 

Overview

The KEM, Japan Brixmeter model BX1 is an automatic, digital system with an LCD display. The range is continuous between 0 – 85%Brix. The resolution is 0.1%Brix. This system is equipped with temperature compensation and it can take samples from 10 to 75 Deg C.

The BX1 has only one button and is a very simple to use instrument. It operates out of 2 AAA Batteries and one set of batteries would last about 30,000 measurements. The system would automatically switch off when not in use for a period of time.

BX1 has an IP65 casing and this means that as soon as measurement of one sample is over, the prism can also be shown beneath a tap to wash off the sample.

Brixmeters have very wide application in industries such as Foods (including ketchup, jams, fruit juices, soft drinks, sauces, confectionery, honey, milk, etc.), Winery, Sugarcane factories, Additives, etc...

Specifications

Resolution 0.1 Brix %
Precision 0 - 85 Brix %
Temperature range 10 - 70°C
Temperature compensation Built-in
Display Brix %
Power source Two AAA dry cells (Alkaline)
Battery life 30,000 measurements (Alkaline cells w/o backlighting)
Dimension 43(W)x26(D)x170(H) mm
Weight Approx. 100g
Dust/Water Proof class IP65(Dust-tight and protected against water jets)

For further details please visit : www.kyoto-kem.com/en/pdf/catalog/bx-1.pdf

Products and Accessories

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Why Choose Us?

 
  • Instruments from World- renowned manufacturers
  • Efficient after-sales service
  • Wide range of Instruments to choose from
  • Different kinds of AMCs to choose from
  • Efficient communication

Demo Requisition

 

Seeing is believing.  Email us your details and we shall conduct a demo of our system at your facility.

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Principals

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