Rugged Monitoring designs, manufactures, and commercializes rugged fiber optic temperature sensors and monitors for various applications including laboratories, utilities, industrial processes, medical, and OEM uses. It aims to be the leading provider of fiber optic-based sensing solutions through offering reliable, high-performance, precise, and customizable sensors and monitoring solutions. The company's products include fiber optic sensors, monitors, accessories, and software.

1. Rugged Monitoring designs, manufactures and commercializes rugged fiber
optic temperature sensors and monitors for laboratories, utilities, industrial,
process, medical and OEM applications.

2. Vision
Leading provider in fiber
optic based sensing
solutions dedicated to
offering the best in class
reliability & service.
Be first in mind and
choice for customers by
delivering leading edge,
innovative and reliable
monitoring solutions
Reliable, high performance,
precision, rugged customizable
sensors and monitoring solutions
Commitment
Mission
2
Energy/ Utilities
E-Mobility
Medical
RF / Microwave
Industrial
Research Lab
Rugged Monitoring

3. Radio Frequency
(100 kHz up to 10 MHz)
Chemicals:
All pH levels (0 – 14)
High voltage:
Greater than 1200kV
Radiation: Nuclear
Microwave
(300MHz to 300GHz)
Magnetic Field: Greater
than 25 Tesla
Vibration: 10g+ Force
Bio Safe: Sterile Environments
3
 No Need for Isolation: Highly dielectric strength
 Avoid complex compensation and Calibration: Immune to Noise
 Ultra Fast Response: Accurate Thermal Profiling
 Smaller Size and Intrinsically Safe: Easy to use and handle Sensors
 Explosion Proof: Suitable for Explosive Environments
Fiber Optic Sensors: Immunity to Environments

4. 4
Products
Fiber Optic Sensors
Monitors
Accessories & Software

5. 5
Fiber Optic Temperature Measurement Technology
 Visible Infrared 
0%
100%
OPERATING PRINCIPLE
 Based on a well known and reproducible phenomenon
o The band-gap variation in the absorption spectrum of the
semiconductor GaAs (Gallium Arsenide) with respect to temperature
 GaAs can also be looked at as a variable optical filter (low pass)
o Wavelengths towards visible are blocked
o Wavelengths towards infrared are transmitted
 A Direct Contact temperature sensor
 GaAs material properties will never change with time, ever !
o No DRIFT…
o No RECALIBRATION…

6. 6
Fiber Optic Temperature Measurement Technology
SYSTEM DESIGN
 The system consists of
 Light source
 Optical coupler
 Rugged Spectrometer
 Electronics for Data Processing, Storage and Visualization
 An optical fiber delivers white light to the semiconductor GaAs
sensor glued at the Probe Tip
 Some of the light is absorbed – Depending on the
temperature of the GaAs chip at Probe Tip
 The light is reflected back by a dielectric mirror and returns
through the same fiber for analysis by the on-board
Spectrometer
 Highly reliable monitors suited to automotive environments
White
Light
Source
Spectrometer
Optical Coupler
GaAs sensor

7. 7
Monitor Range
Product
Series
Model Description Image
L Series L201 Lab Instruments
T Series T301 Industrial Installation
H Series H201 Hand Held
P Series P301 Portable Instruments
R Series R 501 Rack Mount
B Series B 101 Bare board for integration
O Series O101
OEM Module for OEM
integration
Fiber Optic Monitors

8. 8
Product Range

9. 9
Sensors Range and Accessories
Fiber Optic Accessories Picture
Fiber Optic Extension Cables
Dielectric Connectors
Metallic Connectors
Disposable Dielectric Tip
Bundled Fiber Optic Cables
Terminal Rings
Optical Feedthrough
Size Application
LSENSB 0.4mm
• Medical
• Semiconductor
• Research
LSENSP 0.7mm
• Emobility
• Medical
• Research
LSENSC 0.7mm • Cryogenic Research
LSENST 1.6mm
• Research
• RF/Microwave
LSENSR 1.7mm
• Emobility
• Industrial
• Research
LSENSH 3.43mm
• Emobility
• Energy
TSENS
9.0mm Diameter Disc
(2.2mm Thickness)
• Energy
• Emobility
Fiber Optic Sensors

10. Equipment Neo natal
Sensing Solutions for:
Leading Temperature, Pressure, Vibration sensing solutions for Medical segments that are
undergoing next generation transitions.
Clinical Trials
Power Electronics
Interventional
Bio Medical
10
Fiber Optic Temperature Solutions: Medical

11. 11
Fiber Optic Temperature Solutions: Microwave
Microwave Digestion
Microwave Heating
Microwave Extraction Microwave Synthesis
RF DryingPackaging and Sterilization

12. 12
Fiber Optic Temperature Solutions: Research
Cryogenic Research Chemical Research Food Research
Pharmaceutical Research Consumer Product Research Petrochemical Research