FACILITIES AVAILABLE

Confocal laser scanning microscope

Stellaris 5WLL Confocal scanning system

WHITE LIGHT LASER- optimally matched detectors from our Power HyD family of detectors, gives complete spectral freedom to choose and combine exactly the right probes to answer your experimental questions. 

Cost of utilizing facility: Starts from 3000/hour

X-ray DIFFRACTOMETER

Cost of utilizing facility: Starts from 500

Unique D8 diffractometer family platform

Application:

  • Traditional X-ray powder diffraction (XRD)

  • Pair Distribution Function (PDF)analysis

  • Small and Wide Angle X-ray Scattering (SAXS, WAXS)

Multiscale NANO CT- 2214

Nano-computed tomography is a high resolution CT-technology for 3D imaging at sub-micrometer resolution. Nano-CT images displayed greater detail of the ultrastructure for its use in dental samples.

Cost of utilizing facility: Starts from 3000 (2 Hours)

JSM –IT800 NANO SEM

JSM –IT800 with super hybrid lens is the next generation electron microscope with the following attachments.

1) EDS - For elemental analysis.

2) EBSD – For crystallography analysis

3) STEM detector - For TEM mode analysis.

4) CL Detector - For Luminescence analysis.

5) Peltier cooling stage - -50 to +50 degree Celsius.

6) Critical point Dryer.

7) Coater.

Cost of utilizing facility: Starts from 900

Nano- scratch, Nano-indendation, ATOMIC FORCE MICROSCOPE

Step 700 surface testing platform with AFM, Image any type of surface, including polymers, ceramics, composites, glass, and biological samples. Measures

·        Localized forces,

·        Adhesion strength,

·        Magnetic forces,

·        Mechanical properties.

Cost of using the facility: Starts from 1000

Chewing Simulator CS-4.4

Simulates various chewing movements in the mouth for material testing in a naturally simulated environment. Testing of Abrasion and fatigue, Bite splints, Implants , Crowns and bridges, Jaw models, Composite material, Temporary prosthesis, Abutments, Retention forces.

Thermocylcer TC 4 – Integrated thermocycler to function along with Chewing Simulator CS 4.4. Thermocycler can be used independently without chewing simulation also for aging of specimens.The temperature range is 4°C to 25°C for the cold cycle and 35°C to 60°C for the hot cycle.

Cost of using the facility: Starts from INR 8000

THERMOCYCLER Model:

HO-THC-01

Cost of using the facility: Starts from INR 4000


Holmarc Thermocycler Model HO-THC-01 comes with stainless steel hot and cold water baths which can be maintained at temperatures between 5 degree Celsius and 60 degree Celsius. The sample material is carried in a stainless steel basket which is immersed in hot and cold baths using a pivoting arm driven by a stepper motor.

The temperatures, immersion time and the number of cycles are controlled by the microcontroller based electronic control unit (ECU), which accepts the user input through a 20x4 line alphanumeric LCD and front panel push buttons.


Toothbrush simulator ZM-3.8

Cost of using the facility: Starts from INR 5000

The device simulates various brushing movements on the surfaces of the teeth and material specimen. It simulates linear, circular and zigzag movements of the brush over the teeth.

Applications:

All parameters associated with brushing can be tested. The machine produces varied movements like linear, zigzag, and circular. This toothbrushing simulator helps in studying various parameters like the abrasiveness of the material, the effects of different kinds of movements, movements of different kinds of the toothbrush, different pressure and its effects over-brushing.

INSTRON Universal Testing Machine E-3000

Application

1.     Strength analysis 

·      Compressive strength

·      Tensile strength

·      Microtensile bond strength

·      Diametral tensile strength

·      Shear bond strength

·      Pushout bond strength

·      Flexural strength (3 point bend, 4 point bend)

·      Fracture resistance

2.     Cyclic fatigue (dynamic testing) of biomaterials

Cost of using the facility: Starts from INR 300

TGA 8000

TGA 8000

Model Name TGA 8000
Specifications

Maximum Temperature 1200 °C
Minimum Temperature 30 °C
Operating Range RT - 1200 °C

Thermogravimetric analysis (TGA) is a powerful technique for the measurement of thermal stability of materials including polymers. In this method, changes in the weight of a specimen are measured while its temperature is increased.

DSC 4000

DSC 4000

DSC is a thermal analysis apparatus measuring how physical properties of a sample change, along with temperature against time. 10. In other words, the device is a thermal analysis instrument that determines the temperature and heat flow associated with material transitions as a function of time and temperature.

Typical applications for the DSC 4000:
QA/QC testing

  • Undergraduate teaching practicals

  • Evaluating additives for plastic lifetime optimization

  • Ideal for Oxidation Induction Test (OIT)

Features & Benefits

  • Integrated mass flow controller for convenient gas control and switching

  • Fast 45-position autosampler option for reliable unattended operation

  • Portable cooling device (PCD) for cost-effective operation at low temperature

  • Efficient, easy-to-clean nickel chromium sample plate

Stereo Microscope

The Leica M205 C is the world’s first stereo microscope to achieve an optical resolution of 0.952 µm.

  • 20.5:1 zoom

  • 7.8 x to 160 x magnification

  • up to 1050 lp/mm resolution (with 2.0x objective)

Cost of using the facility: Starts from INR 300

Fourier transform infrared spectroscopy (FT-IR)

Cost of utilizing the facility: Starts from INR 300

Fourier transform infrared spectroscopy (FTIR) is a technique which is used to obtain infrared spectrum of absorption, emission, and photoconductivity of solid, liquid, and gas. It is used to detect different functional groups in samples.

Microhardness tester HMV-G Series

Shimadzu HMV-G31D is an excellent automatic microhardness tester. This function can select the optimal lens from the anticipated hardness, or determine the optimal test force from the anticipated indentation depth and hardness. The system can measure the crack length when the indenter makes an indentation, so the fracture toughness of brittle materials can be measured.

Cost of utilizing the facility: Starts from INR 300

Contact Angle Goniometer

Cost of utilizing the facility: Starts from INR 200

The system comprises a high resolution USB camera and manual lens, a powerful backlight and an adaptable sample stage.

Rapid contact angle and surface tension measurements with easy and accurate analysis.

Buehler ISOMET 1000

A precision sectioning saw is designed for cutting various types of materials with minimal deformation. It offers speed and load adjustment and also blade size which enables a wide variety of specimen samples to be cut quickly with low deformation.

Cost of using the facility: Starts from INR 300

Baincut LSS - Low Speed Saw

The precision section saw is designed to easily slice all types of materials. The slow-speed cutter is mostly used for accurate sectioning of very small, hard components for the Research and Development field.

Cost of using the facility: Starts from INR 300

Leica SP1600 saw microtome

Cost of using the facility: Starts from INR 300

The Leica SP1600 saw microtome is specially designed for the sectioning of hard tissues / materials without destroying the morphology of the specimens for various testing and investigation purposes. Section thickness of approximately 50 microns can be achieved under optimal conditions.

The Leica SP1600 saw microtome is specially designed for the cutting of extremely hard and brittle industrial materials embedded in methylmetacrylate with a maximum size of 35 mm in diameter.

Bainpol VT (Single Disc Table Top Grinder/Polisher)

Grit Ranges from 200 to 1200 for various levels of grinding

Quick change disc design enables discs with different grits / polish cloth to be used in desired steps.

Cost of using the facility: Starts from INR 50

DIP coater with IR dryer

The presence of an Infra-Red dryer in it. Inside the unit there is an infrared heater, which offers a maximum temperature of 200°C from ambient. After each dip, the Infrared heater helps in drying the substrate. It provides uniform heating to the substrate. The temperature is swiftly attained so that the time taken for the dipping process is greatly reduced. The coating thickness can be easily controlled by adjusting the withdrawal rate and the viscosity of the coating solution. Another advantage of this model is that it minimizes the energy consumption as the heater will be activated only after detecting the substrate and hence it can provide the substrate with accurate temperature.

Dip coating applications include:

Multilayer sensor coatings

Implant functionalist

Hydro gels

Sol-Gel nano particle coatings

Self-assembled mono layers

Layer-by-layer nano particle assemblies.

Cost of using the facility: Starts from 100

Surface profilometer SJ 310

Stylus profilometers use a probe to detect the surface, physically moving a probe along the surface in order to acquire the surface height. This is done mechanically with a feedback loop that monitors the force from the sample pushing up against the probe as it scans along the surface. A diamond stylus is moved vertically in contact with a sample and then moved laterally across the sample for a specified distance and specified contact force. A profilometer can measure small surface variations in vertical stylus displacement as a function of position. A typical profilometer can measure small vertical features ranging in height from 10 nanometres to 1 millimetre. The height position of the diamond stylus generates an analog signal which is converted into a digital signal, stored, analyzed, and displayed. The radius of diamond stylus ranges from 20 nanometres to 50 μm, and the horizontal resolution is controlled by the scan speed and data signal sampling rate. The stylus tracking force can range from less than 1 to 50 milligrams.

Cost of using the facility: Starts from INR 200

Bioluminometer

Cost of using the facility: Starts from INR 250

The Bioluminometer allows to instantly verify the microbial contamination of a surface or a liquid, with a bioluminescent reaction.It "read" a light signal that is an output from a sampling device that was passed on the contaminated surface or in the water to be analyzed. During the sampling, the sampling device picks up a cellular molecule, I'ATP (adenosine triphosphate) which is present in all living organisms. When I'ATP is placed in contact with the reaction mixture present in the sampling tube (containing luciferin and luciferase), a reaction takes place that leads to the production of light (photons). This light is measured by the luminometer and converted into a numerical value shown on the display. Higher the microbial contamination is, higher the amount of ATP collection was and, consequently, higher the light produced and the value measured by luminometer would be higher.

Spectrophotometer CM-5

These high quality portable spectrophotometers measure light reflected from a given surface or object. Konica Minolta's portable handheld spectrophotometers can be used to measure solid, opaque, clear, or even translucent samples.

Cost of using the facility: Starts from INR 250

VITA EASY SHADE ADVANCE 4.0

Flow cytometry is a technique that allows characterizing and differentiating between multiple discrete populations of cells based on their light scatter and fluorescence properties as they flow in a single cell file across a tightly focused light beam. Over the last two decades, in adition to being widely used in research settings, it has increasingly become an indispensable tool for screening, diagnosing, prognosticating or monitoring treatment in a wide spectrum of clinical settings.

Our Clinical Flow Cytometry Facility is a state-of-the-art facility utilizing up to 12-color flow cytometric analysis.  Our facility is equipped with BD FACSLyric™ Flow Cytometer

NexION® 1000 ICP-MS

Vita Easy Shade Advance is a digital spectrophotometer to analyse shade and colour stability of aesthetic restorative materials. With calibration block holder G Power supply with universal adapter kit, USB Bluetooth module.

Cost of using the facility: Starts from INR 100

ADVANCED IMMUNOHAEMATOLOGY AND FLOW CYTOMETRY

PerkinElmerSCIEX, inductively coupled plasma mass spectrometry (ICP-MS) has become the fastest growing trace-element detection technique covering a diverse range of applications. Hurdles in successfully coupling an ICP source to a mass spectrometer were initially overcome with design breakthroughs such as a center-tapped ground coil to minimize plasma potential and eliminate secondary discharge between the plasma and the grounded MS interface. Further evolution of plasma RF generators led to a unique free-running design where impedance changes in the plasma were matched instantaneously through small changes in the frequency with no moving parts. In addition, plasma potential was kept at minimum by electronically balancing the plasma with respect to the ground potential.