Optical and X-ray inspection systems, components by SAKI / SAKI Corporation

Engineering selection and technical assessment of SAKI / SAKI Corporation inspection equipment: 3D-AOI optical platforms, 3D-SPI systems and 3D-CT AXI platforms.

Optical inspection systems SAKI (SAKI Corporation) 3Di-LS3EX series

High-end 3D-AOI platforms by SAKI (SAKI Corporation) 3Di-LS3EX deliver automated optical verification for printed circuit board manufacturing. The platform integrates high-resolution imaging heads and multi-angle lighting to detect solder joint imperfections.

High-resolution optical heads featuring variable pixel resolutions down to 4 microns
Accurate component elevation tracking across an expanded vertical dynamic envelope
Multi-angle circular strobe illumination eliminating optical shadows on dense PCBAs
Direct communication with automated surface mount lines using standard factory links

Solder paste inspection systems SAKI (SAKI Corporation) 3Si-LS3EX series

Inline 3D-SPI platforms from SAKI (SAKI Corporation) 3Si-LS3EX provide high-accuracy volumetric verification of printed solder paste deposits. The equipment identifies paste height, area offsets, bridging anomalies, and coplanarity issues before part placement.

High-speed pad topography scanning with real-time volumetric deposit calculation
Early detection of micro-bridges and irregular solder profile shape deviations
Closed-loop feedback interface toward stencil printers for automatic adjustments
Rigid granite frame structure dampening optical carriage vibrations during motion

3D-CT X-ray inspection systems SAKI (SAKI Corporation) 3Xi-M110 series

Automated 3D-CT AXI equipment from SAKI (SAKI Corporation) 3Xi-M110 delivers non-destructive volumetric X-ray analysis for concealed solder interfaces. The equipment resolves multi-tier BGA, LGA, and through-hole connections to reveal internal voids and micro-cracks.

Closed microfocus X-ray source maintaining stable beam geometry and high resolution
Planar computed tomography slice reconstruction for layered BGA solder joints
Automated volumetric void percentage calculation for power semiconductor contacts
Heavy radiation shielding enclosure adhering to international safety guidelines

Bottom-side optical inspection units SAKI (SAKI Corporation) 3Di-LS3BX

Bottom-side 3D-AOI platforms from SAKI (SAKI Corporation) 3Di-LS3BX deliver automated inspection of the underside of electronic circuit assemblies. The unit inspects through-hole pin projections, connector terminals, and selective soldering without inverting the boards.

Full underside inspection without requiring dedicated mechanical board inverters
Pin projection height verification and solder barrel fill assessment for THT parts
Real-time optical focus adjustment compensating for printed board warpage profiles
Compact footprint enabling easy inline deployment within existing SMEMA conveyor lines

Power module X-ray inspection systems SAKI (SAKI Corporation) for IGBT

Advanced X-ray inspection systems by SAKI (SAKI Corporation) are tailored for IGBT and SiC power semiconductor assemblies. The equipment penetrates dense metal baseplates to image solder layers and evaluate planar delamination beneath critical power electronics modules.

Deep X-ray penetration through heavy copper baseplates and thermal heat spreaders
Detailed mapping of void percentages across multi-layer power semiconductor joins
High-precision positioning table driven by magnetic linear drives without backlash
Dedicated software modules calculating effective thermal contact areas for dies

Spare parts and optomechanical assemblies for SAKI (SAKI Corporation)

The components catalog for SAKI (SAKI Corporation) covers precision calibration targets, optical scanning modules, X-ray tubes, detectors, and servomotors. Factory dimensional alignment of replacement assemblies preserves nominal measurement accuracy.

Optical glass calibration targets supporting routine camera field alignment routines
Dynamic servo motors, axis motion controllers, and precision linear optical encoders
Replacement closed X-ray sources and digital flat-panel radiographic detectors
Anti-static conveyor drive belts, PCB guide rails, and transport clamp mechanisms

Engineering integration of SAKI (SAKI Corporation) automated optical inspection equipment

Mounting and integrating SAKI (SAKI Corporation) automated optical inspection systems within high-throughput electronics manufacturing lines requires rigid floor anchoring and precise rail height leveling relative to adjacent SMEMA conveyors.

Production engineering teams perform fine baseline alignment of the optical origin point and conveyor datum guides to eliminate board flexing and skew during rapid transit.

Interface connectivity toward factory execution software utilizes standardized digital communication links, enabling real-time transmission of solder joint defect maps directly to rework stations and providing proactive trend feedback to component mounters to prevent systematic placement drift.

Calibration procedures for SAKI (SAKI Corporation) 3D-AOI imaging heads and optical sensors

To preserve nominal coordinate measurement fidelity over prolonged production cycles, SAKI (SAKI Corporation) optical sub-assemblies undergo periodic calibration utilizing optical glass reference targets patterned with chromium grid arrays.

During routine maintenance adjustments, field service technicians initiate diagnostic routines assessing objective distortion, field illumination uniformity, and sensor spatial resolution.

Regular wiping of the coaxial and multi-angle strobe illumination windows using lint-free optical wipes and high-purity optical cleaner removes airborne flux aerosols, sustaining high contrast and repeatable identification of micro components such as 0201 and 01005 chips.

Solder paste volume tracking and warpage compensation on SAKI 3D-SPI systems

Inline solder paste inspection platforms by SAKI (SAKI Corporation) 3Si series utilize triangulation optical projection to quantify the exact height and volume of printed paste deposits.

To prevent false alarms on large substrates, technicians routinely verify the real-time board warpage compensation algorithms. Dynamic tracking of primary printed circuit board fiducials neutralizes mechanical bow during vacuum clamping.

When repetitive volume offsets occur, the system triggers proactive feedback signals toward the stencil printer, initiating an automated wiping cycle and fine alignment corrections to stabilize printing quality.

Radiation shielding verification and microfocus tube alignment on 3D-CT AXI platforms

Operating SAKI (SAKI Corporation) 3Xi series automated X-ray inspection equipment demands rigorous adherence to radiation protection protocols and continuous monitoring of closed microfocus tube health.

Qualified personnel perform periodic radiological leakage surveys around the lead-shielded enclosure perimeter while monitoring high-voltage generator thermal levels.

Automated flat-panel detector calibration routines correct pixel sensitivity drift and striping artifacts, delivering clear tomographic cross-sections of BGA joints, thermal interface voids, and multi-tier circuit assemblies.

Mechanical maintenance of linear drive axes, magnetic encoders, and board transport

The motion architecture of SAKI (SAKI Corporation) optical inspection heads utilizes high-precision linear motors and magnetic linear encoders to achieve sub-micron carriage positioning.

Preventive maintenance procedures require cleaning guide rails of particulate debris and applying low-viscosity synthetic lubricant. Technicians also inspect anti-static timing belt tension, board edge clamping smoothness, and optical presence sensor response.

Routine verification of carriage play prevents mechanical vibration, safeguarding image sharpness during continuous scanning cycles.

Selection of replacement assemblies, optical linear scales, and X-ray components

Uninterrupted uptime across SAKI (SAKI Corporation) production inspection lines is supported by timely provision of key replacement units and consumables.

The catalog of maintenance assemblies encompasses digital flat-panel X-ray detectors, closed microfocus tubes, high-resolution optical linear encoders, dual-axis servomotors, switching power units, and anti-static conveyor rollers.

Selecting components based on exact equipment nameplate serial codes eliminates dimensional discrepancies and guarantees seamless hardware and protocol compatibility.

SAKI / SAKI Corporation and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of SAKI / SAKI Corporation and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.