半導體設備的關鍵零組件與材料包含半導體材料、高階零組件，以及用於設備的化學品與耗材。半導體材料如矽、砷化鎵和碳化矽是晶片製造的基礎。關鍵零組件則包括真空腔體內的關鍵零件，如噴頭（Shower Head）、夾持環（Retainer Ring）等，這些零件需要高精度加工，且常用鋁、不鏽鋼、陶瓷等材料製造。此外，製程中還有化學品、光阻劑以及矽晶圓等耗材。

🧩 Introduction and Applications of Key Components and Materials for Semiconductor Equipment

by iicynthiar iicynthiar最新消息, Semiconductor components (半導體零組件)-en, 最新消息-en October 13, 2025October 13, 2025No Comments

🧩 Introduction and Applications of Key Components and Materials for Semiconductor Equipment Key components and materials for semiconductor equipment include semiconductor materials, high-end components, and chemicals and consumables used in the equipment. Semiconductor materials such as silicon, gallium arsenide, and silicon carbide are the foundation of wafer manufacturing. Key components include critical parts within the …

Semiconductor equipment manufacturers are the key bridge connecting materials, processes and manufacturing

by iicynthiar iicynthiar最新消息, Semiconductor components (半導體零組件)-en, 最新消息-en October 7, 2025October 7, 2025No Comments

A semiconductor equipment supplier is a professional company that provides the machines and technologies required for wafer fabrication, packaging & testing, and process automation.These systems cover the entire process chain — from front-end wafer processing (such as lithography, etching, ion implantation, and thin-film deposition) to back-end packaging (such as dicing, bonding, inspection, and CNC precision …

Semiconductor Equipment Supplier 2025 — Introduction to Yung Yi Technology, a Professional CNC Machining Supplier

by iicynthiar iicynthiar最新消息 September 30, 2025September 30, 2025No Comments

Major global semiconductor equipment manufacturers include Applied Materials (AMAT), Lam Research, and KLA from the United States, ASML from the Netherlands, and Tokyo Electron (TEL) from Japan. Together, they hold a majority share of the front-end processing equipment market. Taiwan, on the other hand, primarily develops in areas such as factory engineering, equipment foundry services, …

CNC 加工專業 + cnc 機器手臂自動化 + 系統整合 + 品質控制 + 數位化工具才能實現真正的「1+1 > 2」加乘效益。

CNC Machining Expertise + Robotic Automation + System Integration + Quality Control + Digital Tools

by iicynthiar iicynthiar最新消息, Semiconductor components (半導體零組件)-en, 最新消息-en September 24, 2025September 24, 2025No Comments

CNC Machining Expertise + Robotic Automation + System Integration + Quality Control + Digital Tools to Achieve the True “1+1 > 2” Synergy CNC × Automation Professional Workflow 1️⃣ CNC Machining Expertise — Building the Foundation 👉 Role: Ensures machining accuracy and stability, laying the groundwork for automation. 2️⃣ Robotic Automation — Automated Loading/Unloading & …

精拋光（手拋 / 金剛布 / 鑽石拋光 / 超聲拋光 / 電解拋光 / mirror-EDM texturing）這些方式對CNC加工的用途及微細銑削 + EDM + 拋光，用在CNC加工的製作方式

Precision Polishing Methods in CNC Machining: Applications and Overview Use of Micro‑Milling + EDM + Polishing in CNC Machining

by iicynthiar iicynthiar最新消息, Semiconductor components (半導體零組件)-en, 最新消息-en September 17, 2025September 17, 2025No Comments

Precision Polishing Methods in CNC Machining: Applications and Overview When discussing precision polishing in the context of CNC machining, the main goals are to improve surface finish, enhance dimensional accuracy, and meet both aesthetic and functional requirements — especially in areas such as mold making, optical parts, and medical components. Below is an introduction to …

CNC Technologies for Porous Moulds

by xu cintar最新消息, Semiconductor components (半導體零組件)-en, 最新消息-en September 8, 2025September 8, 2025No Comments

Medical parts’ porous moulds and liquid silicone rubber (LSR) moulds require extremely high standards in CNC manufacturing, due to their precision, surface quality, and complex structures. The main required technologies are as follows: 🔧 CNC Technologies for Porous Moulds 🔧 CNC Technologies for LSR Moulds 一、整體製程流程 | Overall Process Flow (Recommended) Design Stage (DFM): Confirm …

Laser Processing in the CNC Industry

by user最新消息, Semiconductor components (半導體零組件)-en, 最新消息-en September 4, 2025September 4, 2025No Comments

Laser Processing in the CNC Industry Positioning vs. Milling/Turning/EDM Laser Types & Applications Main Processes Integration with CNC Parameters & Quality Applications Safety & Maintenance Stainless Steel Color Laser Engraving Principle Process Characteristics Applications Advantages Limitations LaserProcessing #CNCmachining #LaserCutting #LaserEngraving #StainlessSteelMachining #PrecisionManufacturing #SmartManufacturing #FiberLaser #LaserWelding #MicroMachining #MetalMachining #CNCIntegration #AutomatedMachining #SurfaceTreatment #LaserMarking #5AxisMachining #LaserApplications #AdvancedManufacturing #IndustrialAutomation …

“Comprehensive Guide to Common CNC Machining Materials: Metals, Plastics, and Composites with Properties and Applications”

2025 Taiwan Robotics & Taipei International Industrial Automation Exhibition (Automation Taipei & TAIROS) – Special Showcase Today

by user最新消息, 最新消息-en August 23, 2025August 23, 2025No Comments

2025 Taiwan Robotics & Taipei International Industrial Automation Exhibition (Automation Taipei & TAIROS) – Special Showcase Today 2025 Taiwan Robotics & Taipei International Industrial Automation Exhibition (Automation Taipei & TAIROS) – Special Showcase Today Exhibition Information Highlights Key Exhibitors Featured Innovations German Pavilion Global Attention 1. Exhibition Areas 2. Key Exhibitors 3. Key Technologies 📊 …

SiC碳化矽（Silicon Carbide）是一種由碳與矽元素組成的化合物，具有高硬度、高導熱性、耐高溫、耐腐蝕等特性，被廣泛應用於半導體、航太、汽車、光電、化工與能源領域。隨著新能源車與第三代半導體的快速發展，SiC材料正成為關鍵核心技術之一。

SiC Silicon Carbide Product Introduction: A High-Performance Material for Modern Industries

by user最新消息 August 11, 2025August 11, 2025No Comments

SiC Silicon Carbide Product Introduction: A High-Performance Material for Modern Industries SiC Silicon Carbide is a compound of carbon and silicon, featuring high hardness, high thermal conductivity, high-temperature resistance, and excellent corrosion resistance. It is widely used in semiconductors, aerospace, automotive, optoelectronics, chemical, and energy industries. With the rapid growth of new energy vehicles and …