Our lab is equipped with state-of-the-art tools and infrastructure to support cutting-edge research in NanoFabrication. From advanced fabrication and characterization equipment to dedicated workspaces for simulations and prototyping, we provide a robust environment for innovation and hands-on experimentation.
We continuously strive to maintain a well-organized, safe, and collaborative setting where researchers can push the boundaries of science and technology.
In addition to our lab’s capabilities, we also leverage premier institute-level research facilities at BITS Pilani, Hyderabad Campus:
These centralized facilities allow us to access high-end tools for material characterization and nanofabrication, supporting the high standards of our research.
For collaborations or if you’re interested in working with our lab, please contact:
Prof. Parikshit Sahatiya – parikshit@hyderabad.bits-pilani.ac.in
Mr. Khadar Bhasha Shaik – khadar.bhasha@hyderabad.bits-pilani.ac.in | +9190004-4058
Ms. Jayasri Bandari – nsdl.bits@gmail.com
Lab Equipments:
Fabrication & Thin Film Deposition Facilities
2 D Transfer system
Transfer of heat, mass, or signals in 2D systems for analysis and control.
Single Zone CVD
Thin film and nanomaterial deposition under controlled temperature.
Split Type three Zone CVD
Advanced thin film growth with multi-zone heating control.
Thermal Evaporation coating Unit
Vacuum-based thin film deposition on substrates..
Spin coater
Uniform thin film coating via high-speed rotation.
Dip Coater
Uniform thin film coating via high-speed rotation.
Nano fiber Electrospinning unit
Nanofiber fabrication for filtration and biomedical applications..
UV Ozone
Surface cleaning and modification using UV ozone.
Cold Plasma
Surface activation, cleaning, and material modification.
D -Write System
Micro and nano-scale pattern writing..
Thermal Processing Facilities
Three Zone Tubular Furnace
High-temperature processing with uniform heating zones.
Muffle furnace
High-temperature annealing and material processing.
Precision Hot air Oven
Used for precise drying, heating, and temperature-controlled testing of samples and materials.
Hot air Ovens
Drying, sterilization, and heat treatment
Characterization & Measurement Instruments
Source meter
Precise voltage and current measurement.
Optical Microscope
Microstructure and surface morphology observation.
Digital oscilloscope
Electrical signal waveform analysis
Electrochemical Workstation
Electrochemical analysis of materials.
RF Signal Generator
RF signal generation for testing.
Gas Sensor Unit
Gas detection and monitoring.
Ph Meter
Acidity and alkalinity measurement.
Probe station
Electrical testing of microelectronic devices.
Electrometer Resistance Meter
High-precision electrical measurement for resistance, voltage, and current analysis.
Palm Sense
Portable electrochemical analysis system for sensing and material characterization.
LED Light source
Stable illumination source for optical testing and experimental analysis
Sample Preparation & Support Equipments
High Speed Centrifuge
Used to rapidly separate particles or substances based on density using high rotational speed.
Ultrasonic Cleaners
Used to remove dirt and contaminants from delicate objects using ultrasonic vibrations.
Humidity Chamber
Controlled humidity testing..
Xenon Lamp
High-intensity light source.
Pressure Tapping Machine
Precise drying and controlled heating.
Elegoo 3 D Printer
Rapid 3D model fabrication.
Nanoscale Devices Laboratory 