Problem A Vietnam-based EMS supplier assembling laptop FPC modules needed a reliable inline system to apply chip-level coating, encapsulation, and protective fill using low-temperature thermoset adhesives. The line required high throughput (100,000 units per 24 hours), strict placement accuracy to ...
Problem A Korean camera module maker needed a robust inline solution to apply dust‑capture adhesive and reinforcement glue to IR filter assemblies. Manual dosing and separate stations caused low UPH, inconsistent glue coverage, particle contamination during handling, and variable cure quality that ...
Problem A medical-device subcontractor in Vietnam producing hearing‑aid inductors relied on manual assembly for mounting delicate diaphragms and plastic housings. Manual dispensing of epoxy and hand placement led to inconsistent adhesive dots, glue overflow, scattered splatter, and variable acoustic ...
Problem Indian manufacturers producing voice coil motors (VCMs) for smartphone camera actuators face increasing demands for sub-micron placement accuracy, repeatable adhesive volume control, and higher line throughput. Inconsistent adhesive application and placement errors lead to reduced valve ...
Problem A contract packager in Penang, Malaysia, scaling FCBGA and FCCSP lid-attach production reported frequent lid misalignment, glue-path defects, and throughput bottlenecks during high-mix runs. Manual handoffs and disparate equipment for AD/TIM application, lid attachment and cure led to ...
Problem A Texas-based advanced packaging house producing large FCBGA modules (>50 × 50 mm) for AI/HPC applications needed to scale capillary bottom-fill (underfill) from pilot to production while preserving yield for high-value, large-area packages. Typical challenges included void formation across ...
Problem A Taiwan electronics OEM scaling panel-level fan-out panel-level packaging (FoPLP) from prototype to mass production faced repeatability and throughput challenges. Critical processes—underfill, coating and flux spray—required consistent glue shape, full-panel coverage, and robust handling of ...
Background A semiconductor packaging house in Malaysia selected Mingseal’s GS600SUA—the first domestically produced dispensing system qualified for mass FCBGA CUF process high-volume production. The customer needed ultra-fine underfill control for large-format FCBGA assemblies while maintaining ...
Problem A semiconductor assembly house in Penang, Malaysia faced capacity and yield challenges moving fan-out wafer-level packaging (FoWLP) from pilot to volume production. Key pain points included inconsistent underfill dispensing across full 8–12" wafers, limited equipment capable of coping with ...
Challenge A smartwatch assembler in India needed a reliable automated solution to deposit micro-doses of moisture-curing adhesive (0.2–0.3 mg) into fine threaded holes on compact metal housings. Manual dispensing produced inconsistent glue weight and placement, causing variable thread retention and ...
Problem Taiwanese manufacturers assembling AI servers face strict thermal management requirements. Automated application of thermal interface materials (TIM) — often particle-filled for conductivity — must deliver exact bead geometry and consistent A/B mixing ratios to meet heat dissipation and ...
Problem Automotive sensor manufacturers in Malaysia face rising demand for higher production speed, tighter process control, and lower defect rates. Manual dispensing of thermal conductive glue (TIM) onto sensor housings causes inconsistent bead weight and placement, frequent rework, and material ...