Presented to the Rocky Mountain Asphalt Conference and Equipment Show February 22, 2017 Marc Okicich: Director of Sales, Seek Thermal
WHO WE ARE Headquarters in Santa Barbara, CA. 35 YRS Thermal Industry Leadership Experience 4 Years old 60+ Employees Design, Engineer, Market, Sell, and Manufacture in Santa Barbara, CA. Seek Branded devices and OEM product manufacturing Strategic partnerships with Raytheon, NXP, Otterbox, Gorilla Glass, and True Timber
WHY SEEK Our purpose is to make low cost high-performance thermal visioning systems and sensors. Our competitive advantages center around three areas; 1) Ability to design and engineer key component technologies at lower production costs, 2) High degree of integration between strategic partners with rapid product development cycles, 3) Great image quality at unprecedented price points.
MARKET GROWTH 2013 2020 6.5B Global Thermal Imaging Market by 2020 North America 2012 2020: 2.5B EU & APAC Expected to drive:$ 3B 2012 2020 The Global Thermal Imaging market reached 3.5B in 2012 and is expected to reach 6.5B by 2020. Competition will be fueled by technologically advanced and cost-effective products.
OUR TARGET 35 YRS Thermal Industry Leadership Experience Our IR imaging market is poised for growth capitalizing on adoption in previously Headquarters in Santa Barbara, CA. untapped commercial building trades & industrial markets that are looking for wide applications for low-cost, high-quality thermal 60+ Employees imagers. Design, Engineer, Market, Sell, and Manufacture in US with global components Seek Branded and OEM product manufacturing
MARKET APPLICATIONS Target market penetration areas for Seek PRO Series include Industrial & Commercial applications related to: Electrical Preventative Maintenance and Inspection Mechanical & HVAC Monitoring and Inspection Building Envelope Monitoring and Inspection Roofing Inspection and Detection Security & Surveillance
Competitive Comparison Low-cost Seek Pro Series gets the job done: Industrial / Electrical and Mechanical Seek Thermal FLIR FLIR Fluke Fluke FLUKE Model CompactPRO Flir E8 Flir E60 Ti400 Ti450 TiX520 Price ($) USD $499 $3,995 $5,995 $7,999 $8,499 $11,995 Thermal Sensor 320 x 240 320 x 240 320 x 240 320 x 240 320 x 240 320 x 240 Imaging Pixels 76,800 76,800 76,800 76,800 76,800 76,800 NETD (Sensitivity) <70mK <60mK <50mK <50mK <50mK <50mK Field of View 32º x 25º 45º x 34º 25º x 19º 24º x 17º 24º x 17º 24º x 17º Frame Rate >9 15 Hz* 9 Hz 60 Hz 9/60 Hz 9/60 Hz 9/60 Hz Temperature Range 40 to +330 20 to +250 20 to +650 20 to +1200 20 to +1200 20 to +850 Seek Thermal Images and Video provide an option to keep full radiometric data 8
Low cost, smaller, lighter, low power with 76,800 pixel image quality CompactPRO is our most advanced thermal imaging camera designed for your smartphone. This highly portable thermal imaging camera features a large, 320x240 thermal sensor with <70mK sensitivity and a 32 degree field of view. Offering adjustable thermal span, level, and pre defined emissivity settings, the CompactPRO delivers unprecedented performance thermal imaging and software capabilities available at affordable price points..
LOW COST & TRANSFORMATIVE IMAGING LONGER DISTANCE, ADVANCED OPTICS, 76,800 MEASUREMENT POINTS Original Seek Compact 206 x 156 Sensor 32,000 Pixels <100mK Sensitivity Seek Pro Series 320 x 240 Sensor 76,800 Pixels <70 mk Sensitivity
THE APP
APP TO DRIVE CAMERA Free at Google Play or App Store Normal Full Frame Span & Level Emissivity Thermal+ Above Threshold Below Threshold Equal Threshold Spot HiLow
THRESHOLD MODE NEW: HDF5 file Radiometric Data Image for Post Analysis Above Threshold Below Threshold Equal Threshold
PAVING APPLICATIONS
Why Thermal Imaging in Paving? Measure load temperatures after hauls Identify temperature differences when dispensing from truck Identify anomalies pre and post rolling *Source: 2009 North Dakota State University Report; Dr. Jongchul Song
Questions? Thank You! Marc Okicich marco@thermal.com 630.408.6374 Discount Code: RMACES20 Good through March 15 @ www.thermal.com *Source: 2009 North Dakota State University Report; Dr. Jongchul Song