• Phase Identification
• Crystalline size measurement
• Residual Stress measurement
• Retained austenite measurement
• Profile fitting
• Quantitative Analysis

• Smallest increment: 0.00010 °
• Sample Size: Powder 5 gm; Solid sample :dia. & thick < 5 cm

• Failure analysis
• Investigation of defects
• Surface topography
• Elemental analysis (EDS)
• Mic0structural analysis of inclusion & others
• HAZ in weld metals
• High resolution images of ferrite, pearlite, martensite, austenite etc.

• Resolution: 1 nm or better @ 30 KV or 1.5 nm or better @ 15 KV or 3 nm or better @ 1 KV
• Record images from 15 X to 8,00,000 X magnification
• Sample Size: 15 x 15 x 15 mm max,  Powder 1 gm max

• Structural analysis of matrix and composite
• Identification of unknown compounds
• Quantitative information  like additives or contaminants
• Kinetic information through the growth or decay of infrared absorptions
• Failure analysis

• Measurement wave number range 7,800 to 350 cm-1
• Wave number accuracy: Within ± 0.01 cm-1
• Resolution: 0.9 cm-1

• Quantities and qualitative analysis
• Detection of impurities,

• Wavelength range: 190 to 1100 nm
• Wavelength accuracy: ±0.2 nm (at 656.1 nm)
• Wavelength repeatability: ±0.1 nm
• Photometric range: ±10000 %T, – 2 to 3 Abs

• Caloric reactions (HDSC) include
• Enthalpy,
• Melting energy
• Specific heat
• Glass point
• Crystallinity
• Reaction enthalpy
• Thermal stability
• Oxidation stability
• Aging and Purity
• Phase transformation

• Temperature: -150° C up to 1600° C
• Sample size :dia . 4-6 mm, length – 10-50 mm, mass- 5 to 50 g,
• Resolution :0.025 μg
• Vacuum: 10-5 mbar

• Glass transitions,
• “cold” crystallization,
• phase changes, melting, crystallization,
• product stability, kinetics

• Temperature: RT to 725˚ C
• Accuracy +/- 0.1˚ C
• Precision +/- 0.05˚ C

• Range : 0.1 m²/gm-2500m²/gm
• Reproducibility : Better than ± 3%
• Accuracy : Better than ± 5%
• Analysis Time : Around 10-15 minutes/sample

• Sample   Size Solid  < 1 x 1 x 1 mm
• Powder < 1 gm
• Temperature range: RT to 1500° C
• Length Resolution:10 nm
• Temperature Resolution: 0.05° C
• Accuracy in  α: 0.03 x 10-6 K-1
• Contact force: 0.02 to 1 N,

• Temperature: 1700° C
• Heating Elements: molybdenum disilicide (MoSi2)
• Heating chamber:2500*150*150 mm (L*W*H)

• Electrochemical corrosion
• Paint, coatings and sensors

• Current Range: 9 (10 nA – 1 A)
• Max. Current :± 1 A
• Noise and ripple < 20 μV rms
• Min. current resolution : 3.3 fA
• Impedance measurements: up to 1 MHz

• Mode: Salt spray(Salt Fog) Condensed humidity, Natural dry, dry off, spray, Climatization etc.
• Analysis of corrosion resistance of materials and surface coatings as per ASTM B117 – ASTM G 85 – ISO 9227 – JIS Z 2374 – DIN 50021

• Volume: 3000 L
• Temperature: 50 – 750 C
• Resolution of temperature controller: 0.1° C.

• Sample volatility, Moisture content,
• Oxidation stability, Decomposition temperatures,
• Carbon black content,
• Performance of stabilizers,
• Ash Content

• Temperature:  1000 °C

• Used for polymer and composites testing such as  tension, compression, bend flexural

• Capacity: 2000 Kg
• Load accuracy: 0.2 % on full scale
• Distance between grips: 25-800 mm
• Least  count: 0.1 Kgf/1Kgf

• Analysis of wear resistance, Friction and tribological properties with or without lubricants

• Wear Measurement: 0 to 1200  µm
• Rotational Speed: 200 to 2000 rpm
• Load: Up to 200 N
• Frictional Force Measurement: up to 200 N

400 W Fiber Laser with CNC XY Table. used for

• Shaping
• Localized Heat Treatment
• Surface Processing/ Conditioning

• Load  capacities: 10T, 20T (Servo control) and 60T
• Statistical evaluations of Results
• Load Stabilizer at any point of time for duration of maximum 1 Hr (for 20T)
• High temperature testing up to 1000 0C (for 2oT) UTM
• Electronic Extensometer attachment

with wide range of lamps for analyzing elements such as Fe, Ni, Co, V, W, Mo, Hg, Cd,Li, Bi, Mn, Sb, Nb, Cu, La, Al, Si, Sn, Zn, Pb, Mg, Ca, Be, Na, K, P, In, Ga.

Gold (Au) and Silver (Ag)

Accuracy:0.1 ppm

Dual Configuration test method as per ASTM F84,

standard range: 1 mΩ to 800 K Ω per square

• —Maximum Capacity Izod: 300 J
• —Maximum Capacity Charpy : 168 J
• Max. Scale Graduation: 2 J