In order to contend with the complexity of today�s PCB assemblies, an AOI system must be extremely accurate and repeatable. Successful AOI manufacturers must place an emphasis on the design and development of technically advanced optics, lighting, and measurement systems necessary to achieve these absolute industry requirements.
With this in mind, MIRTEC is introduces its most technologically advanced AOI platform to the PCB manufacturing industry. Fully configured, the MV-7L in line AOI system provides one top down digital color camera with up to four mega pixel resolution and four two mega pixel side view cameras thus providing the necessary resolution to inspect 01005 components. The patented �Quad Angle Lighting System� of the MV-7L provides four independently programmable zones for optimal illumination of inspection areas.
The revolutionary Intelli-Scan Laser System provides �The Third Dimension in Inspection Capability,� the ability to precisely measure the Z-height of a given region of interest. This advanced technology provides:
- Superior lifted lead detection for Gull Wing devices.
- Four point height measurement capability for Coplanarity testing of BGA, and CSP devices.
- Enhanced solder paste measurement capability.
We also offer the industry�s most advanced desktop AOI system. The MV-3L is the �World's First� Five Camera Desktop AOI system. The MV-3L uses the same exact optics and lighting system as the MV-7L to ensure 100 percent programming compatibility across the product line.
MIRTEC AOI systems bring unprecedented performance, quality and cost-effectiveness to the inspection environment. The system software is simple yet powerful. A comprehensive Package Type Library provides simple �Drag and Drop� component programming and the Automatic Teaching Tool (ATT) software provides automatic teaching of component locations using CAD centroid data. Typical programming time is under one hour per assembly. In addition our AOI solutions offer built in SPC data collection software which promotes continuous process improvement by allowing the user to track and eliminate defects on inspected assemblies. The objective is to provide our customers with a clear view into the manufacturing process, thereby helping them achieve higher operating efficiencies and improved quality.