The FA Cube™ was specifically designed with the semiconductor failure analysis and forensics Labs in mind. Our compact laser semiconductor laser decapsulation system provides clean and accurate laser IC Laser Decapsulation with reliable results. The FA Cube™ incorporates the same patented process as our FALIT™ series. This patented laser process uses multiple laser configurations to provide clear and precise test samples for nearly every type of semiconductor failure analysis and forensic application.

• Ideal Solution for IC Laser Decapsulation and removing large filler mold compounds for copper.
• Cleanly remove mold compound using laser technology rather than the traditional unsafe acid process.
• Expose Wire Bonds without damage to other components.
• Fixed Co-Axial Optical Camera Lens (options available).
• Optional X-Y stage table and Self-Centering Fixture.
• Easy sliding door with large viewing window and internal workspace.
• Compact Motorized Z-Axis for accuracy (optional).
• FALIT™ Light Laser Software interface included. Basic GUI for Failure Analysis.

Software

Our essential FA Cube intuitive software allows the laser decapsulation of IC components for bond and die inspection. Aside from the standard software features, we offer a variety of modules and tools to extend the abilities of the machine per request.

Optional Software Tools:

• Gasket Module
• Polygon tools/Ortho Mode
• Surround Mode
• Text Mode
• Image Import
• Template Creation
• Recipe Manager

INSTAMARK® laser marking and engraving system is capable of marking and engraving the widest range of materials such as steel/stainless, aluminum, titanium, ceramics and some plastics. With your choice of laser type [Q-Switched Fiber, or MOPA Fiber], power level, the capability to transform from a class I/II laser system, to a class IV laser system, there is not much that this laser system cannot mark on. Alpha-numerics, graphics, and barcodes can be marked up to 1,250 characters per second using our state-of-the-art high-speed, high-accuracy, galvo head. The affordable price and compact desktop size makes the Instamark® perfect for small shops with limited space.

Control Laser is a pioneer being the first laser marking company to fully implement FDA, GS1 and HIBCC® UDI medical marking standards into laser marking systems. CLC Medical UDI-Mark™ systems mark a variety of components and materials with FDA UDI compliant AIDC , GTIN, GLN and HIBC marks. The materials used in the medical industry include: metals, plastics, composites, ceramics, and more. Medical device manufacturers have relied on our compliant systems to provide the traceability requirements of medical marking because we understand these complex rules.

GS1 and HIBCC UDI Medical Laser Applications

Control Laser’s GS1 and HIBCC UDI medical laser marking systems come in a wide variety of wavelengths, power levels and beam profiles which give us the ability to mark any type of material or part.

Traceability is the core purpose for implementing the UDI marking rules since every piece that goes into a human needs to be accounted for. Being able to trace the part back to the source is imperative if there is some complication, but providing a mark that does not create an issue is also very important. With CLC’s experience in medical marking allows us to understand this application and assist our customers in providing proven UDI laser marking systems

The Medical UDI-Mark™ laser marking systems provide both GS1 and HIBCC UDI laser markings on a variety of components used in the medical industry. With over 50-years of experience in the medical laser marking industry, Control Laser can provide you with the complete turn-key solutions you need for your FDA compliant marks.