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                                                                                                                TOOTH BRUSHING SIMULATOR

1. The device simulates various brushing movements on the surfaces of tested material.
2. The individual specimens may be of various forms and materials (hardness), and may be loaded with various levels of contact pressure. 
3. The specimen chambers are separated from each other so that each specimen can be operated with its own liquid (e.g. toothpaste-water mix).
4. A high-grade motion controller guarantees exact speeds and trajectories which can be adjusted with a very high degree of precision. 

 

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                                                                                                                     UNIVERSAL TESTING MACHINE

 

1. A universal testing machine is used to assess the strength of materials
2. This device is used to test specimen for tensile strength, compressive strength, shear strength, other important laboratory test
3. This device measures the mechanical properties in static conditions.   

 

 

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CHEWING SIMULATOR 

1. A chewing simulator is a device that simulates the chewing process for dental samples.
2. This device is used for fatigue testing, and to measure resistance to fracture and wear of a material.
3. The individual specimens may be of various forms and materials (hardness), and may be loaded with various levels of contact pressure.
4. The specimen chambers are separated from each other so that each specimen can be operated with its own liquid
5. A high-grade motion controller guarantees exact speeds and trajectories which can be adjusted with a very high degree of precision.

 

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ELECTRIC SAW DEVICE 

1. This device is used for sample preparation in varying dimensions
2. It is used for precision cutting of the samples
3. The device is equipped with water coolant for cooling down the samples during cutting

 

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THERMAL ANALYZER

 

1. This device is used to determine simultaneous changes of mass (TG) and caloric reactions (DSC) of a sample in the temperature range from 0°C up to 1600°C.
2. It measures heat flow and weight changes in sample material at varying temperarure.
3. The device measures how much a sample absorbs or releases energy during heating or cooling.

 

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NANOMECHANICAL TESTER

1.  Provide precise, reliable and repeatable measurements of hardness, Young’s modulus, and other mechanical properties of the materials.
2. It provides mechanical properties of a material at nano level
3. It can generate the graph between applied load and deformation

 

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RAMAN SPECTROSCOPY

1. Raman Spectroscopy is a non-destructive chemical analysis technique which provides detailed information about chemical structure, phase and polymorphy, crystallinity and molecular interactions
2. It is based upon the interaction of light with the chemical bonds within a material.
3. Typically, a Raman spectrum is a distinct chemical fingerprint for a particular molecule or material, and can be used to very quickly identify the material, or distinguish it from others

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STEREOMICROSCOPE

1. The device is used for visualization of the samples.
2. The attached lens can magnify the sample upto 25X.
3. The images can be generated using a software.

 

 

 

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TENSIOMETER

1. Provides useful information about the wetting characteristics of a surface and a liquid.
2. By using different probe liquids with known polar, non-polar, hydrogen-bond energy components, the surface free energy of a solid surface can be determined through contact angle measurement.
3. The hydrophobicity and hydrophilicity of a material can be measured with this device.

 

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MICROTENSILE TESTER

1. The tensile property of a material at micro level can be measured
2. Micro-tensile testing can be used to quantify the mechanical properties of individual interfaces or phases within a material
3. In addition, measurements on the microscale can be used to detect and investigate single plastic deformation mechanisms.

 

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FTIR

1. FTIR spectroscopy is used to quickly and definitively identify compounds such as compounded plastics, blends, fillers, paints, rubbers, coatings, resins, and adhesives.
2. FTIR spectra reveal the composition of solids, liquids, and gases.
3. The formation of a new chemical compound can be detected using this device

 

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ELECTRONIC WEIGHING SCALE

1. The device is used to measure the mass/weight of a substance precisely in enclosed chamber.
2. The device can measure the weight as low as 0.00001 gram

 

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ATOMIC FORCE MICROSCOPE

1. This instrument has become the most widely used tool for imaging, measuring and manipulating matter at the nanoscale
2. The primary role of this device is measuring surface topography. 
3. It can be used to quantify the roughness of surfaces at nano level
4. It can generate 3D images

 

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THERMO CYCLER

1. The device is mainly used to age a material to simulate the clinical condition
2. The device is used for quick ageing of a material prior to testing of a material.

 

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POLISHING DEVICE

1. This device is used for sample preparation and finishing.
2. The device polish the surface of specimen without wearing it out excessively.

 

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DYNAMIC MECHANICAL ANALYZER 

1. Dynamic mechanical analysis is a powerful and commonly used tool to study the viscoelastic behavior of polymers
2. It involves measuring a material's response to an oscillating stress. 
3. The device can measure thermal transitions in polymers, including the glass transition temperature.