Automatic Density Meter

The Rudolph DDM 2911 Plus / 2911 / 2910 / 2909 Density Meters have the features to meet all the present day industrial needs.

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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 Density Meter

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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Universal / Tensile Testing Machine

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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Mark-10

Mark-10 Corporation is a world-renowned manufacturer of Force and Torque measurement products. Their product profile includes Force gauges, Torque gauges, Test stands (manual), Test stands (motorised) and Force/Torque indicators.

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Overview

Versatile FT-IR Laboratory Spectrometer

The ABB MB3000 is the most reliable FT-IR laboratory analyser in the market with the lowest cost of ownership. Combined with the intuitive Horizon MBTM FTIR software, the MB3000 will facilitate acquisition, processing and analysis of samples.

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Easy to use and maintenance free, it provides constant analysis results for years to come. The MB3000 offers ease of use, reliability and constant results in order to address the concerns of lab users.


Designed by Dr. Henry Buijs

The MB3000 was developed by Dr. Henry Buijs, one of the founders of Bomem and a world-renowned expert recognized for his applied research in spectroscopy.


Smallest footprint

With a vertical, space-efficient design, the MB3000 optimizes laboratory workspace and facilitates access to internal components.

The MB3000 is the result of over 35 years of experience in the aerospace, academic, chemical, pharmaceutical and petrochemical industries. It is the successor to the FTLA2000 spectrometer, also developed by Dr. Buijs and marketed by Bomem inc. since 1985

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Data

Versatile FT-IR Laboratory Spectrometer

First maintenance-free FT-IR analyzer

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No consumables

The MB3000 contains fixed components that do not wear out with use, meaning no components to replace or adjust. With the MB3000, the HeNe LASER is replaced by a solid state laser.
All optics are non-hygroscopic. Purging is not required for protection of optics.

Long-life source

To maximize reliability, the source is operated so as to provide a 10-year expected lifetime.

Spectroscopic performance (typical at 25°C with DTGS detector)

  • Spectral range 485 to 8,500 cm-1
  • Resolution better than 0.7 cm-1
  • Apodized resolution adjustable 1 to 64 cm-1, in increments of 2
  • Maximum signal-to-noise ratio (root-mean-square, 60s, 4 cm-1, at peak response): 50,000: 1
  • Signal sampling: 24-bit ADC
  • Short-term stability: < 0.09 %
  • Temperature stability: < 1 % per C˚
  • Frequency repeatability (@ 1918 cm-1): < 0.001 cm-1
  • Frequency accuracy (@ 1918 cm-1): < 0.06 cm-1

Combined with the intuitive Horizon MBTM FT-IR software, the MB3000 will facilitate acquisition, processing and the analysis of samples. The Horizon MBTM software handles a number of spectral formats in native form and also has a large number of Import and Export options. Data conversion is no longer a problem.

Mid IR Lab Accessories

Versatile and complete Mid-IR Laboratory Accessories

Versatility at a glance

Standard open sample compartment.
The arid-zone open sample compartment of the MB3000 addresses all the needs of the modern analytical laboratory. It can hold a wide variety of easily swappable ABB or third-party accessories that do not require alignment. The instrument can also be purged if needed.

  • MIRacleTM Single Bounce ATR ZnSe kit
  • MIRacleTM 3-reflection ATR ZnSe kit
  • MIRacleTM Single Bounce ATR Ge kit
  • MIRacleTM Single Bounce ATR Diamond kit
  • Multi-reflections horizontal ATR kit
  • Standard Transmission Sampling Kit (STS) for liquids and powders
  • Evacuable Pellet Press for 13 mm pellets
  • Twelve Ton Hydraulic Press - manual operation
  • Demount Liquid cell Kit (KBr
  • Demount Liquid cell Kit (CaF2)
  • Demount Liquid cell Kit (ZnSe)
  • EasiDiffTM DRIFT accessory with sample preparation kit
  • 100 mm short-path gas cell (KBr)
  • 100 mm short-path gas cell (CaF2)
  • 100 mm short-path gas cell (ZnSe)
  • 30SpecTM specular reflectance for relatively thick films
  • 80SpecTM specular reflectance for relatively thin films
  • VeeMAX IITM specular reflectance with selectable angle of incidence 30 to 85 degrees
  • ATRMaxII, variable angle specular reflectance with ATR
  • Beam Condenser 4x for sample size from 0.5 mm to 2 mm
  • μMAX TMSample Compartment IR Microscope for Transmission, Reflection and ATR (optional) with gold optics
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Overview

Luminar 5030 Miniature "Hand-held" NIR Analyzer

Brimrose's new generation of Solid-state AOTF-NIR Miniature "Hand-held" Analyzers are designed for PORTABLE non-destructive, contact/non-contact measurements of chemical and physical properties of powders, solids, liquids, gels, etc. in diffuse reflectance mode. Additional probe attachments allow use same analyzer for liquid transmission measurements. Miniature design helps to have more PORTABLE solutions.
Dual Beam, pre-aligned lamp assembly, InGaAs detectors, embedded computer, ethernet interface, SNAP!TM Brimrose analytical software, 16,000 wavelengths per second, 5 mm Diameter sample area at 25 mm (OR 40 mm) Distance.
Power requirement: 12VDC, 90 Watts; 90-230 VAC, 90 Watts; Battery operation (optional), Wireless Ethernet operation (optional), Display on Optical module(optional).


To be specified:

  • wavelength ranges

To be ordered separately:

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  • Attachment for Liquid measurements with selectable pathlength
  •    Attachment for Diffuse Reflectance measurements with Sapphire ball
  •    Stand to USE Analyzer in Laboratory with Rotating Cup
  •    Battery operation option which includes: - two Batteries - Dual battery charger
  •    Wireless ETHERNET communication
  •    Display on Optical module for Measurement results
  •    External Trigger option (Proximity sensor OR Gravity switch)
  •    IQ, OQ Documents
  •    PERFTEST Software
  •    NIRPQMS Additional Software package (21 CFR 11 Compliant)
  •    Training courses, Installation Support

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The density meter, also called the specific gravity meter, is an instrument used in laboratories and factories to measure the density of liquid samples. Of the many types of density meters available, the most popular and reliable version is the one based on oscillation of the U-tube. The underlying principle in this density meter is Archimedes’ principle in combination with microelectronics technology.

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How does a digital density meter work?

The main component of a digital density meter is a U-tube. The liquid sample is injected into the U-tube and is subjected to excitation. The frequency of oscillation is measured by a piezoelectric or electromagnetic sensor.The frequency and duration of vibration enable determination of sample density. Since the vibration frequency and density have a linear relationship, measuring the vibration frequency of the oscillating U-tube gives you an accurate value of density.

KEM’s DA-130N

Kyoto Electronics Manufacturing Co., Ltd. manufacture their own line of portable instruments in Japan, with the portable density meter being an important product. The portable density meter, named DA-130N, is widely used by many major food producing companies because of its compact and ingenious design.

The DA-130N can be used to analyze liquids with a viscosity of up to 2000 mPa*s. It has a port through which samples can be injected into the U-tube by means of a syringe. Being a microprocessor-controlled system, it weighs just over 350 gms with a working principle that is approved by the American Society for Testing and Materials (ASTM). 

Calibrating a portable density meter

Calibrating any instrument is a must, especially when used for quality control. Calibrating your instrument helps you take note of any error that would have crept into your instrument as a result of wear and tear over the years.

Calibration is the process of comparing a known measurement, called the standard, with the measurement obtained using your instrument at hand. In the case of calibrating a portable density meter, the standard in most cases is distilled water. On dropping a few drops of distilled water onto the prism, the LCD display in the instrument must show a reading of 0.997 g/cm3, which is the density of distilled water.

DA-130N feature highlights

Displays measurement of density, specific gravity, temperature compensated density, specific gravity, percentage of Brix, alcohol concentration, sulfuric acid concentration, API degree, Baume degree, Plato degree, and Degrees proof.

Operation can be performed in a single hand.

Separate housing of electronics which protects them from volatile samples and fumes from acids.

Auto-inactivity detection, which increases the life time of batteries. 

In-built data storage of up to 1100 values. 

Option to export data to personal computer via IrDA.

Uses of portable density meters

Quality of petroleum and fuels.

Analysis of volatile liquid samples. 

Testing of batteries.

Industries

Beverages | Food Testing | Petroleum | Chemical products |Pharmaceuticals |Alcoholic beverages |Battery acids

For further details, kindly visit : http://www.kyoto-kem.com/en/product/da130n/

The refractometer is a laboratory device primarily used to measure the refractive index (RI) of samples. The refractive index is an indicator of the behavior of light on that sample. By knowing the refractive index, one can confirm the purity of a sample or measure its concentration. In cases of a sugar solution, the refractive index can be used to determine the sugar content. In scenarios like that in a production environment, a portable refractometer would be best suited because of its compact size and quick operation.

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How does a digital refractometer work?

A digital refractometer is an automatic instrument which calculates the refractive index of the sample by determining the critical angle of total reflection. This working is based on Snell’s law.

The instrument setup consists of a light source, usually an LED bulb, that is focused onto a prism surface by means of a lens system. The prism surface is where the liquid sample is dropped onto. When light passes through the liquid sample, a part of the light is reflected onto a linear arrangement of photodiodes, thereby creating a shadow line. The refractive index is directly related to the position of the shadow line on the photodiodes. The internal software correlates the position of the shadow line to refractive index and displays the value on a LCD display.

KEM’s portable refractometer: RA-130

Kyoto Electronics Manufacturing Co., Ltd. manufacture their own line of portable instruments in Japan, with the portable refractometer as a prime product. The automatic digital refractometer, called the RA-130 is a light-weight instrument that does not require any technical expertise to operate. 

You can either allow the sample to drip onto the prism or the prism of the portable instrument can be dipped into the sample beaker to measure refractive index. It is a microprocessor-controlled instrument with a bright, clutter-free LCD display. It is equipped with an infrared port for transmitting data to a computer.

Calibrating a portable refractometer 

Calibrating any instrument is a must, especially if it is used for quality control. Calibrating your instrument helps you take note of any error that would have crept into your instrument as a result of wear and tear over the years.

Calibration is the process of comparing a known measurement, called the standard, with the measurement obtained using your instrument at hand. In the case of calibrating a portable refractometer, the standard in most cases is distilled water. On dropping a few drops of distilled water onto the prism, the LCD display in the instrument must show a reading of 0 Brix, which is equal to 1.3325 RI.

RA-130 feature highlights

Measurement range: RI - 1.3200 to 1.5000 & 0 to 85% Brix.

In-built data storage of 1100 measurement results.

Display measurement of refractive index, temperature compensated refractive index, percentage of Brix, HFCS42, HFCS55, and temperature in degree Celsius and degree Fahrenheit.

Auto-inactivity detection switches the instrument off when it hasn’t been used for a long duration. This increases the life time of the batteries. 

Option of automatic data saving and automatic data output.

Uses of portable refractometers

To measure the:

Concentration control on pharmaceutical and medical liquid samples.

Sucrose concentration in fruits juices.

Sugar content in beverages and liquid seasoning.

Industries

Pharmaceutical | Food Testing | Beverages | Chemicals | Flavors & Fragrances | Nanotechnology | Paints | Inks | Polymer | Fine chemicals

For further details, kindly visit : http://www.kyoto-kem.com/en/product/ra130/

Products and Accessories

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Why Agaram?

 
  • Instruments only from world-renowned manufacturers
  • Efficient after-sales service
  • Strong presence throughout India
  • Round the clock support via email and phone
  • Readily available instrument demonstration at a location of your choice

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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