Products

1) QKD (Quantum Key Distribution System)

  • Traditional methods of key distribution for encrypting data use public key cryptography, based on complex mathematical one-way functions. These one-way functions are easy to calculate in one direction but require much more time (of the order of few thousand years) to reverse them, by conventional computers.
     
     
  • Unlike traditional cryptographic techniques (where security is based on unproven mathematical assumptions), the security of quantum cryptography is based on the laws of physics. The security of quantum key distribution depends on the fundamental principles of nature on which infinite computational power, new attack algorithms and the arrival of quantum computers will not matter. Information is encoded in quantum states or Q-bits by quantum communication. Q-bits cannot be cloned or measured without including detectable anomalies.

  • System Features

    • Any intervention or tempering in quantum channel will get detected and leads to destruction of the key at both Alice and Bob Nodes.
    • Supports DPS (Differential Phase Shift) and COW (Coherent One Way) protocols.
    • Hardware-based (FPGA) key processing for high key distribution rate
    • True Random Number Generator (TRNG) in both Alice & Bob nodes
    • Performance monitoring and Alarm generation for errors
    • Provide Variable Key Length on request
    • RESTful API for Key distribution
    • Key exchange through Ethernet & USB interfaces
    • Supports > 100 Km Single Mode Fiber (SMF) for the Quantum Channel
    • Support Local Management Interface (LMI)
    • Compact & Standard 19” Rack mountable
    • Graphical User Interface (GUI) to control and operate the CDOT-QKD solution

2) UV Blaster-Tower

  • The UV Blaster-Tower is useful for disinfection of highly touch surfaces like electronic equipment’s, computers, furniture’s and other gadgets in laboratories and offices that are not suitable for chemical disinfection method. The product is effective for bigger areas like hotels, restaurants, airports, shopping malls, metros, factories. This product is not designed for human disinfection.
  • Features

  1. Inbuilt Safety Sensors

  2. Fast and Efficient Disinfection

  3. Inbuilt Memory

  4. Kills 99.99% Virus in just 10 minutes

3) High Power Laser Beam Analyzer

  • Standalone High power Laser Characterization System. This system is designed for characterization of High Power Lasers, up-to 120kW. The system can measure various laser beam parameter such as Laser beam divergence, Focus spot diameter, Focal spot movement, its M2 , laser power , wavelength all in real time.
  • Features
  1. Standalone system with inbuilt Processor, centralized software for display and logging.
  2. Pre Aligned System
  3. Full Color Touch Display
  4. Internal and External USB flash drive storage.
  5. Single System can measure multiple parameters in real time

4) Era SM Spectroscopy Module

  • This is a Spectroscopy Module with Built in Processor, Touch screen display with easy to use GUI, Battery Pack to make it field ready and Memory to store data on the go. All this comes in compact size & light weight package. User having ERA SM can work without connecting any PC/Laptop making our system Portable and Field useable.
  • Application
    • Plasma Measurement
    • Absorption
    • Transmission
    • Reflection
    • Fluorescence
    • PL Setup
    • Precision Agriculture & Plant
    • Precision Agriculture & Plant Research

5) Hawk Raman System

  • Raman spectroscopy is a way to get information on the vibrational and rotational frequencies in a sample. Pharmaceutical, material science, bioscience, forensics, and nanotechnology are some of the industries that use Raman spectroscopy to analyze the chemical makeup of a given sample. Raman spectroscopy can identify a molecule, show the dispersion of ingredients in a tablet, monitor biological tissue without surgery, or determine the components of historical documents or works of art.
  • APPLICATION
    • Actionable Identification of illicit substances
    • Non-Destructive identification of Narcotic, Drug explosives (Pre and Post Blast) & Precursors.
    • Pharmaceutical Raw Material Identification
    • Identification of Gems, Diamonds and other Geological and Biological Samples
    • Chemical and Hazmat Site Evaluations/Forensics
    • Manufacturing Process material validation
  • SALIENT FEATURES
    • Look, measure, and act –within seconds
    • Sampling Accessories for Almost Any Environment
    • Intuitive Software for Technical & Non-technical Users
    • Inbuilt display & processor
    • Library Matching Capabilities
    • On board health monitoring of entire system
    • Variable Laser Power-Up to 500mW with 0-100% through Software
    • Wi-Fi & Ethernet Communication for remote control of the system from safer distance

6) Optical Post Assemblies

1. Small scale optomechanical assemblies

2. Ø1/2" Optical Post Assemblies

3. Ø1" Optical Post Assemblies

4. Ø1.5" Optical Post Assemblies

7) TL / OSL Reader

I) TL READER
  • Microcontroller : 32Bit based embedded system
  • Heater assembly: Kanthal strip (~ 22×18×0.3 mm) fixed on ~ 8 mm×8mm copper conducting roads coupled with secondary of a step-down transformer at 2V @50A winding with K- type (φ =0.3 mm) thermocouple.
  • Linear heating profile: PID based circuits capable of generating a linear heating rate in the range of ~ 1 -20 C/s, can also generate iso-thermal heating profile
  • Maximum temperature: 400o C
  • Temperature sensor: K-type thermocouple with PID control mechanism
  • Optical Filter: Infrared (IR) cutoff filter and Provision of incorporation of additional neutral density filter.
  • Linearity: Better than 1%
  • Reproducibility: Better than ± 2 % heating profiles
  • Reference Light source: Temperature-stabilized blue LED for dark count calibration
II) OSL Reader
  • OSL reader is a light leakage free, precisely fabricated mechanical assembly, that houses ultra-fast and ultra-sensitive SEEKER detection module with detection filter basket, Light stimulation assemblies (four) diagonally placed around detector module inside the cylindrical enclosure.
  • Light source can be of following wavelengths: 460-470nm or 520 – 535 nm or both based on the sample to be irradiated. The electronic circuits built-in provides constant current drive to each of the LED clusters with power control, to vary the luminous intensity. Proper heat sink and optical feedback should be present to ensure the stable light output. The output power density at the badge reader should be nearly 80 mW/cm2.
  • OSL Detection Module: Ultra-fast and ultra-sensitive detector module with photocathode (dia. 1 inch) hermetically shielded having Peak wavelength: 400 nm; Quantum Efficiency: > 40% ; Dark Current: < 5nA ; Gain: > 106
  • Reference Light source: Temperature-stabilized blue LED for dark count calibration
  • Optical Filter: optical filters in front of Light source and detection module.
  • Display: It is integrated with 7-inch multi-touch TFT display supported by a high end 64 Bit Quad core Processor operating @ 1.5GHz with 4 GB RAM and 64 GB Data storage space.
  • Drawer Assembly: Automatic controlled sample drawer opening/closing mechanism. Provision to operate the sample loader through software.
  • Mechanical: Light tight and black anodized to ensure no light from outside enters the system.
  • Internal bleaching station to bleach the sample.
  • Dimension :(50 cm x 45 cm x 45 cm)
 

8) Motion Control

Manual Translation Stages are used to provide varying degrees of movement to mounted optical components for a range of optical applications . Manual linear translation stages are offered in maximum travel distances up to 150 mm .These stages can be ordered in multi-axis configurations, providing XY or XYZ translation.