The New iRis DVR 5 industrial video borescope is designed to inspect remote
spaces for industrial customers. Features include comparison measurement, large
5" LCD Screen, 4-wayarticulation, battery power and interchangeable tip optics.

The new iRis DVR 5 Industrial Video borescope is portable, hand held and weighs
in at only 2.9 pound (1.35 Kg). The flexible probe can snake through areas as
small as 4.0mm (.155 inch). The iRis DVR 5 is the latest industrial video
borescope from Advanced Inspection Technologies to break the barriers of
portability while offering a true high-resolution image and advanced features.
The iRis DVR 5 is perfect for the most challenging inspections that require
portability without sacrificing advanced features. Advanced Inspection
Technologies expects robust sales of the iRis DVR 5 industrial video borescope
due to high demand for a full-featured system that is portable and affordable.

The new iRis DVR 5 industrial video borescope offers users a variety of useful
features: A tough tungsten braided sheath provides exceptional durability and
wear resistance, high resolution CCD imager for the clearest images,
interchangeable tip optics, side view capability, water proof to 30 feet, 4-way tip
articulation allows viewing around corners, a brilliant adjustable LED light
illuminates the area being inspected, still images and video can be recorded on
the removable 32GB SD memory card; best of all a rechargeable internal battery
offers several hours of continuous operation. The iRis DVR 5 also includes on
screen comparison measurement for the most critical inspections.

The new iRis DVR 5 industrial video borescope was designed for remote visual
inspection at power generation, petrochemical, process, food, and
pharmaceutical plants. Law enforcement officials and other professionals will also
find the portability and features of the new iRis DVR 5 useful. Applications
include: inspection of gas turbines, aircraft, high purity weld inspection, HVAC,
industrial and commercial pipes, heat exchangers, boiler tubes, process lines and
more.

Advanced Inspection Technologies is located in Melbourne, FL. Currently the
fastest growing provider of industrial video borescope tools worldwide. Advanced
Inspection Technologies(AIT) industrial video borescope, videoscope and pipe
inspection cameras help our customers to quickly and efficiently conduct visual
inspections of the most remote reaches of their plant and equipment. AIT
currently has customers in dozens of countries and five continents. Industries we
serve include: power generation, petrochemical, pharmaceutical, pulp & paper,
precision

Come visit Advanced Inspection Technologies at the Annual Conference & Expo of the HRSG User Group. The 2013 event will be located at the Marriott Tampa Waterside in Tampa Florida April 29 to May 1. The annual event has become the premier gathering place for the entire combined-cycle/cogeneration industry. Now in its 20th year, the annual meeting draws hundreds of attendees and covers the entire range of engineering challenges encountered with today’s combined cycle/cogen plants.

AIT will be exhibiting our full range of remote visual inspection equipment at the event to include video borescopes and pipe inspection cameras. The RiFlexio articulating long length push rod camera will be introduced. The advanced features such as articulation and a pan an tilt camera head make the RiFlexio pipe inspection camera the best choice for the power generation industry.

Advanced Inspection Technologies(AIT) was proud to be able to provide video borescope rental equipment to Ad Astra Rocket to conduct an inspection of their new rocket technology. AIT has the most advanced video borescopes available for short and long term rental to customer through out North America. The rocket that the borescope rental was used to inspect was an advanced plasma rocket.

The Variable Specific Impulse Magnetoplasma Rocket (VASIMR®) represents the future of translunar and interplanetary transportation as well as propulsion within Earth orbit. Its superb efficiency compared to that of a conventional chemical rocket allows double the payload mass for lunar delivery and half the transit time to Mars. Its robust design allows much greater power levels than existing electric propulsion systems and promises longer lifetimes.

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