Advanced Photonix Anomaly Detection Device, T-Ray 5000, with hand-held applications expected to ship to TSA by the end of March

 

  •Touchscreen 

•Internal processing

•Integrated umbilical

•35 lbs

•0 – 50 °C

• Line-scan width 3 in.
  
  • – Gap > 500 mils
    
  • – Step 0 to > 250 mils
• Stand-off approx. 3 in.
  
• 4 to 10 B-scans per second
  
• Laser projection reticule aids operator positioning
  
• 3.5 in. high, 5.25 in. wide, 6 in. long (handle 4.2" high)
  
• 240 x 320 pixel backlit color LCD touch-screen, 3.78" diagonal
  
• 15 m umbilical
  
• Weight 3 lbs. 

My Note: It is my understanding that Advanced Photonix (API)  is on track to ship the Transportation Security Department (TSA) funded, Anomaly Detection Device, (pictured in the top photo above), to the TSA by the end of this month. Some may not know, or have forgotten, that this project was financed in conjunction with In-Q-Tel, which also  took a sizeable equity position in API.
API has designated this device the "T-Ray 5000", and as shown above it only weighs 35 pounds, and allows for hand-held scanning for both security as well as industrial quality control purposes. Pretty exciting for the API retail community. Cheers to Dr's Irl Duling &  David Zimdars, Rob Risser, Rick Kurtz, Steve Williamson, and the gang at API/Picometrix. 
Here is the original press release to this story from November of 2010:

ANN ARBOR, Mich., Nov. 5, 2010 /PRNewswire/ -- Advanced Photonix (API) today announced an agreement in principle withIn-Q-Tel (IQT) to engineer a low cost terahertz anomaly detectiondevice, and deliver multiple systems for evaluation. IQT, a not-for-profit, strategic investment firm that works on behalf of the U.S. Intelligence Community, is focused on identifying new and emerging commercial technologies that have the potential to give its customer agencies mission-advantage today and in the future. 
"We are excited to have reached an agreement in principle with IQT to use our technology currently found in the T-Ray® 4000 to produce a low cost derivative for the security market," said Richard Kurtz, CEO of API. "With the help of IQT we expect to work with the end users, accelerate the testing and evaluation, and deliver multiple fully functioning systems for evaluation within one year. The fact that the T-Ray® platform is being considered for this mission speaks volumes to the performance of our system."

The T-Ray® 4000 produces ultrashort pulses of terahertz light that allow a variety of unique and novel applications to be investigated. The system's patented fiber coupling permits automated or manual positioning of the sensor heads. As a result, users can examine any size object in place, thereby eliminating the need to fit the object into a specialized sample chamber. The excellent signal-to-noise ratio of the T-Ray® platform allows even thick samples to be scanned effectively.

As a strategic partner for the Intelligence Community (IC), IQT understands complex customer requirements and constantly surveys the leading edge of the commercial marketplace in order to identify, adapt, and deliver technology solutions to its customers. This technology development agreement is designed to apply API's terahertz technology to anomaly detection. Delivered in the form of a handheld device or "wand," this technology is intended to detect external objects on the body of a person without the need for imaging or a lengthy physical pat-down procedure, avoiding the associated privacy concerns and time-consuming image review.

"We are pleased to be partnering with API to provide this important technology capability to our customers," said William Strecker, Executive Vice President of Architecture & Engineering and CTO at IQT. "Upon execution, this agreement will allow us to work together with API to adapt the product to fit customer needs." 

The proposed $1,800,000 development program is designed to advance API's product to accommodate increased anomaly detection needs. The Transportation Security Administration (TSA) is providing funding to IQT for this development effort.

The agreement in principle includes a royalty agreement that is based on sales to entities other than the U.S. Government of the commercialized anomaly detection device developed under this technology development agreement. The royalty has both a monetary cap and time limit associated with all sales.

Separately, API also announced that it had entered into a Securities Purchase Agreement (SPA) with IQT pursuant to which API agreed to issue and IQT agreed to purchase approximately 198,524 shares of API's Class A Common Stock at a price of $1.0074 per share. The closing of the SPA is subject to receipt of NYSE Amex approval of an additional listing application covering the shares of Class A Common Stock issued in connection with the SPA (the Listing Application) and other closing conditions customary for transactions of this nature.

Execution of definitive documentation with respect to the proposed development agreement and royalty agreement is anticipated within the next ten business days and is subject to NYSE Amex's approval of the Listing Application and the satisfaction or waiver of the closing conditions to the SPA.