Sales & Service to the PCB Industry
 
 
X-Ray Inspection - RTX-113
 
RTX-113
with optional CPU image processor
RTX-113
with RTVA image processor
 
 
A unique X-ray inspection system, designed for the rapid, reliable inspection of both multi-layer and assembled printed circuit boards.
The RTX-113 is designed for heavy production environments where X-ray is used to inspect PCBs and assembled PCBs containing advanced components such as BGAs, uBGAs and Flip Chips.

The system is very versatile and features Glenbrook's patented, award-winning X-ray camera technology that generates high-resolution, high-sensitivity images, revealing defects as small as 0.001 inch with a full one inch diameter field of view.

The RTX-113 provides affordable real-time X-ray imaging, reliable operation and easy servicing.
 
 
Applications:
Multi-layer PCBs
Small Hole Drilling
BGA Inspection
Backplane Boards
 
 
Specifications:
42"H x 42"W x 24"D (1066.8mm x 1066.8mm x 609.6mm)
Operating Voltage: 120v, 60hz or 220v, 50hz
Contrast Resolution: Can resolve .001 gold wire
Spatial Resolution: 20 lp/mm (with MicroTech™ option, up to 100 lp/mm)
Anode Voltage: 35-52kV
Anode Current: 20-50 microamps (internal adjustment)
Focal Spot to Image Plane Distance: 4-6 inches
X-ray Activation Mode: foot pedal or timer switch
 
 
Options:
Image Processing/Advanced transfer capabilities
XRTV Zoom Camera (4X-50X magnification)
*Micro-Tech™ 10-micron X-ray Source (225X)
BGA and Void Measurement software
Manual/Motorized X-Y positioner
Variable Angle Viewing allows 45 degree viewing

*The MICROTECH model is designed for ultra-high resolution X-ray inspection requirements such as laser drilling of multi-layer PCBs and populated PCBs containing BGAs, uBGAs and Chip Scale Packages (CSPs). The high-powered system contains a 10 micron focal spot for inspecting 3 mil laser drilled holes.

The MICROTECH RTX-113's X-ray tube permits magnification between 4X and 225X. An optional Video Measurement System can be easily integrated to enable users to accurately measure XY offset and hole-to-pad misalignment.