Mojo 3D Printer
Make & Model: STRATASYS / MOJO
Location: Digital Fabrication Lab
Instrument Incharge: Dr. Mohammed Rajik Khan
In-charge Email Id: khanmr@nitrkl.ac.in
Instrument Status: Functional
Specification: Max build size (5*5*5) inch
Principle: The creation of a 3D printed object is achieved using layer by layer additive processes using FDM technology
Application: Concept visualization, manufacturing, medicine, architecture, custom art and design, etc.
Wire EDM MACHINE
Make & Model: Electronica EIPULS 15, ECOCUT
Location: Department of Mechanical Engineering
Instrument Incharge: Prof. Manoj Masanta
In-charge Email Id: masantam@nitrkl.ac.in
Instrument Status: Functional
Specification: X x Y : 250 x 350 mm
Max. Work Piece Height : 200 mm
Max. Table Size : 370 x 600 mm
Max. Cutting Speed : 70 mm/min
Tapper : ± 8 degree over 50 mm
Best surface unit : 1.2 µ Ra
Principle: Electrical spark generates heat, which cut the material
Application: For conductive material, cutting complex shape, sample preparation for paleography and other study
PL Micro Raman Spectrometer
Make & Model: WITec Wissenschaftliche Instrumente
und Technologie GmbH
Model-XMB3000-3000
Location: MC 226
Instrument Incharge: Prof. Dillip Kumar Pradhan
In-charge Email Id: dillippradhan@nitrkl.ac.in
Instrument Status: Functional
Specification: Witec Alpha300 Confocal Raman Microscope up to 3 Lasers.
1.Solid State Laser 355nm with 10mW Power(For Photoluminescence & Raman)
2.DPSS Laser with 75nm Power
3. Solid State Laser 633 nm with 50mW Power
Scan Range 400-3000 /cm
Principle: Raman Scattering
Application: To identify molecules and study chemical bonding and intramolecular bonds, to characterize materials, measure temperature, and find the crystallographic orientation of a sample etc.
Fourier Transform Infrared Spectroscopy-Attenuated Total Reflection Microscope
Make & Model: Shimadzu IR Prestige-21
Location: FRP Composite V, MM Dept.
Instrument Incharge: Prof. Rajesh Kumar Prusty
In-charge Email Id: prustyr@nitrkl.ac.in
Instrument Status: Functional
Specification: FTIR equipped with microscope, wavelength range: 350 to 7800 cm-1, high sensitivity, measures sample with low transmittance, small sample size, high speed measurement, high wave no accuracy.
Principle: Fourier transform infrared spectroscopy (FTIR) is a technique which is used to obtain an infrared spectrum of absorption, emission, photo conductivity or Raman scattering of a solid, liquid or gas. An FTIR spectrometer simultaneously collects spectral data in a wide spectral range.While that a dispersive spectrometer measures intensity over a narrow range of wavelengths at a time. FTIR has made
dispersive infrared spectrometers all but obsolete (except sometimes in the near infrared), opening up new applications of infrared spectroscopy.
Application: • To obtain the FTIR spectra of powder and film materials
• Microscope to identify a particular location for FTIR analysis
• Attenuated Total Reflection
FTIR Spectroscope
Make & Model: Bruker, Alpha E
Location: BM227
Instrument Incharge: Prof. Kunal Pal
In-charge Email Id: palk@nitrkl.ac.in
Instrument Status: Functional
Specification: Wavenumber range: 500 - 4000 cm-1
Principle: FTIR spectrometry
Application: Analytical chemistry