Semiconductor
Manufacturing
PCB Assembly Solutions
Semiconductor
Manufacturing
PCB Assembly Solutions
Optimizing Yield and Process Integrity with Global Leading Equipment Brands
JW Corp serves as the primary technical link between world-class semiconductor equipment manufacturers and the engineers driving today’s most advanced fabrication facilities.
As a specialized manufacturer’s representative, we curate a portfolio of high-performance equipment and subsystems from leading OEMs across the US, Europe, and Asia, ensuring your facility has access to the precise technologies required for sub-node scaling and high-volume manufacturing.
We provide engineers and manufacturers with direct access to the specialized hardware required for thermal precision, chemical surface integrity, and rigorous defect detection. We offer a streamlined path to integrating world-class technologies into your production line, backed by localized technical expertise and application support.
Core Manufacturing & Test Workflows
We provide high-precision instrumentation and systems across four critical process domains. Each principal is selected for their ability to meet the stringent tolerances of sub-node scaling and high-density packaging.
Thermal Processing
Capabilities: Precision furnaces and reflow systems engineered for Wafer-Level Packaging (WLP), sintering of power semiconductors, and high-vacuum processing.
Technical Focus: Maintaining controlled reducing atmospheres ($H_2$/$N_2$) and fluxless environments to achieve void-free results in die-attach and flip-chip applications.
Wafer & Package Inspection
Capabilities: High-speed 3D AOI and AXI specialized for Wire Bond inspection and System-in-Package (SiP) architectures.
Technical Focus: Automated verification of bond-loop geometry, sagging, and placement for gold, aluminum, and heavy copper wire, utilizing high-resolution 3D imaging to ensure interconnect reliability.
ATE & Wafer Test
Capabilities: High-throughput wafer probing, MEMS sensor stimulus testing, and specialized power module ATE for SiC/GaN devices.
Technical Focus: Utilizing high-speed, non-destructive contact for delicate wafers and pads as small as $50\mu m$, while providing multi-domain functional validation.
