漢徳威精密部品 List of News Articles

One of the largest and most famous international specialized exhibitions in Japan, focused on processing and subcontracting work based on drawings and samples, gathers manufacturers with processing technologies for bearings, screws, machine parts, metals, plastics, and rubber. Every year, many experts from design, development, manufacturing, production technology, procurement, and quality control departments visit in search of new products and solutions. The specialized exhibition **"Mechanical Components Technology Expo"** particularly brings many business opportunities for Taiwanese companies. Over 80% of exhibiting companies report achieving significant results, such as receiving orders on-site or signing OEM contracts at the exhibition. Exhibition Details and Visitor Information Dates: July 9 (Wed) - 11 (Fri), 2025 Venue: Makuhari Messe Booth Number: 33-16 For more details, please contact your sales representative.

Against the backdrop of increasing demand for AI and high-speed computing, the semiconductor industry is focusing on **silicon photonics (SiPh) technology**. The Silicon Photonics Industry Association (SiPhIA) of the Semiconductor Equipment and Materials International (SEMI) has engaged over 100 companies based in Taiwan, creating one of the largest platforms in the world. To accelerate standardization and technological innovation, three technology project groups (SIGs) have been established: "Systems," "Packaging and Testing," and "Automation." NTT is miniaturizing modules with its "PEC" architecture, while Ansys is reducing design risks through simulation. ficonTEC and Nissho Suruga Seiki are addressing the challenges of automation and high-precision packaging, respectively. LightCounting points out that CPO technology is the only solution for AI systems. SEMI aims to connect the global supply chain and position Taiwan in a leading role in a market projected to reach $7.86 billion by 2030. Source: SEMI https://www.semi.org/zh/SiPh_SIGs For more details

In automation equipment that requires high precision, the stability and lifespan of the linear rail system greatly depend on the quality of its components. In particular, the shaft and bearing housing are critical interfaces for the contact between the rail and the load, and their precision and fit directly impact the overall efficiency and reliability of the system.

Our positioning pins are used in a wide range of industries, including aerospace, medical, motion control, manufacturing, and defense. Here, we will explain the main factors to consider when selecting positioning pins. Pin Size The size of the pin is determined by two important metrics: outer diameter (O.D.) and length. Outer Diameter (O.D.): Ranges from 0.04 to 0.47 inches (1 to 12 mm) Length: Ranges from 0.24 to 3.14 inches (6 to 80 mm) *Customizable based on drawings Fit and Tolerance The outer diameter should be determined by the fit required for the application: Press Fit: This positioning pin is slightly oversized and is suitable for precision assemblies that require accurate alignment. Sliding Fit: Easily installed and removed without tools, making it ideal for self-locating assemblies. Face Style

What are standard parts? Standard parts, as the name suggests, are components produced according to unified standard specifications. These standards are formulated by organizations such as the International Organization for Standardization (ISO), the American National Standards Institute (ANSI), and national standard bureaus of various countries, and are widely used across various industrial sectors. The purpose is to ensure compatibility and reproducibility while reducing production costs. Common standardized parts include screws, nuts, washers, bearings, and gears. As a key element of industrial production, the importance of standard parts cannot be overstated. However, with advancements in technology and the diversification of market demands, standard parts face many challenges.

Operating Principles and Characteristics of Linear Bushings High Precision Positioning: Linear bushings ensure precise positioning of equipment at the micron or nanometer level, which is essential for semiconductor manufacturing. High Repetition Accuracy: In some processes, equipment needs to move at high speeds, and linear bearings provide stable motion. Low Friction: Linear bushings stabilize the repetition accuracy of equipment and improve product yield. Low Friction: Low friction reduces energy consumption and enhances equipment efficiency. Long Lifespan: High-quality linear bushings withstand long hours of operation and reduce maintenance costs. Linear Bushings for Semiconductor Manufacturing Equipment Linear bearing types are widely used in semiconductor manufacturing equipment to achieve precise motion control. They play an indispensable role in the semiconductor manufacturing process as crucial mechanical elements that slide objects along a straight line.

The Advantages and Challenges of Taiwan's Semiconductor Industry Taiwan plays a crucial role in the semiconductor industry and has the following advantages: Complete industrial chain: With IC design, foundry, packaging, and testing all in place, it enables rapid market response and cost reduction. Advanced manufacturing technology: World-class foundries are gathered, providing high-quality and stable products. Robust supply chain: It responds quickly to supply chain challenges and maintains a stable production system. Future growth areas include advanced processes, heterogeneous integration, the electric vehicle and autonomous vehicle markets, AI, and high-performance computing (HPC). On the other hand, geopolitical risks, a shortage of talent, and the advancement of emerging technologies (quantum computing, neuromorphic computing) pose challenges.