Wah Hong Industrial Corp. · TPEX:8240
Wah Hong Industrial — Technical Presentation
12 slides from Wah Hong Industrial's technical presentation
Slide 1: MID for LDS 技術
M I D for LDS 技術 MID 即為 Molded Interconnect Device 的簡稱。 塑膠射出成形的元件,表面作出有三次元立體電線回路。主要取其 節省空間、組裝容易、高良率的優點。 一個塑膠元件同時也是電路板,很明顯的, MID 成品零件少,體 積小,免除某些組合步驟,而材料需求也相對減少。 LDS技術 - Laser-Direct-Structuring 華宏新技股份有限公司 WAH HONG INDUSTRIAL CORP. 劉高佑 Johnny Liu Tel.: 886-3-270-9955 ext: 63150 Mobile: 886-925
Slide 2: LDS MID技術優點-(1)
LDS MID技術優點-(1) Full Additive Process: Selective metallization of thermoplastic injection molded parts by Laser-Direct-Structuring in only three Process Steps: Injection Moulding Laser Processing / Activation Metallization 2
Slide 3: LDS MID技術優點-(2)
LDS MID技術優點-(2) Flexibility by Laser Processing Flexible Process no extra tool, no mask processing directly from the CAD data Fast 3-D Structuring high dynamic laser beam deflection contactless processing High Resolution laser spot size < 100 µm 3
Slide 4: LDS MID技術優點-(3)
LDS MID技術優點-(3) ¾只需開塑膠模具,且打樣成本低. ¾可因應天線開發過程中多次修改需求. ¾採塑件電鍍,不影響天線之電氣特性與穩定度. ¾微小化程度佳,最小線路可達0.1mm, 最小間格達0.15mm. ¾天線體積較小,符合手機薄型化的趨勢. ¾設計&開發時間較短. 4
Slide 5: MID for LDS製程
MID for LDS製程 only three Process Steps Injection Molding Laser Processing Plating 5
Slide 6: Injection Molding
Injection Molding Injection Molding of LDS-Polymers: 6
Slide 7: Laser Processing
Laser Processing LDS MicroLine 3D Industrial 7
Slide 8: Chemical Metallization of the Laser-activated parts
Chemical Metallization of the Laser-activated parts Plating Line: 8
Slide 9: Principle – Generation of a micro-rough Surface
Principle – Generation of a micro-rough Surface Sketch: modified polymer Laser Activated additive by laser ablation 9
Slide 10: Principle – Adhesive Metallization
Principle – Adhesive Metallization laser processed area partly embedded tracks Bild mit strukturierter Oberfläche und Cu un-processed unstrukturierter Oberfläche area modified polymer Adhesive „anchoring“ of plated Cu 10
Slide 11: Summary
Summary More flexibility in product design. Only three process steps (1Kshot molding, surface processing, metallization). Maximum function integration in minimum space. Cost savings in production. 11
Slide 12: Thanks & Comments
Thanks & Comments 12