Kapiott Healthcare
Materials
- • Replacement Joints
- • Implants
Devices
- • Filter Cartridges
- • Lab-on-Chips
- • BioChips
- • MicroFluidics
- • Microarrays
Cancer Diagnosis
The technological contribution in advanced imaging for oncology that allows KAPIOTT® is as follows:
Early Diagnosis Diagnosis Therapy Monitoring
Kapiott
Microelectronics
Hidden defects such as delaminations, cracks and voids within a microelectronic application can lead to catastrophic failure of the device. KAPIOTT Micro-Imaging Instruments is the most trusted technology for nondestructive inspection of microelectronics.
Plastic Encapsulated
Microcircuits
- • PBGAs
- • PLCCs, PQFPs, TSOPs, SOICs, TQFPs
- • J-STD-020, J-STD-035
- • NASA: PEM-INST-001
- • ESA/SCC Spec No.25200
Ceramic Chip Capacitors
- • Discoidals, Filters, MLCCs, etc.
- • Mil-PRF-123, 31033 & 49470
Die Attach
- • Mil-STD-883–Method 2030
Chip Scale Package (CSPs)
Flip Chips
Stacked Dies
Ball Grid Arrays (BGAs, CBGAs)
Tape Automated Bond (TAB)
- • Mil-STD-883–Method 2035
Hybrids, MCMs, SIPs
Flex Circuits
Printed Circuit Boards (PCB)
Smart Cards
Bonded Wafers
- • Direct, Anodic, Glass Frit, Intermediate layer
- • SEMI MS5
Thermo Electric Coolers (TECs)
Power Modules
Sensors
Aerospace, military and automotive industry
When a circuit is being used in an aerospace, military or automotive application, a component failure can be a matter of life and death. KAPIOTT does the best with nondestructive testing for High-Rel devices.
High-Rel Qualification
Upscreening COTS of automotive pieces
Qualification
Lead Free Devices
- • GEIA-STD-0006