MEMS Pro is a flexible, powerful, easy-to-use CAD tool suite for the design and analysis of micro-electro-mechanical systems (MEMS) and other types of sensors and actuators. It offers an integrated solution for the design process that shortens development time while providing designers reliable analysis for manufacture. Functionalities include mixed MEMS/IC schematic capture and simulation, full custom mask layout capability and verification, 3D model generation and visualiza

PCB assembly is a complex process. One must carefully manage and monitor the process to comply with quality and traceability standards to avoid material waste. Watch as Oren Manor, Valor division, guides you through the highly-automated PCB assembly process at ROJ Srl Italy.

Our IoT and Lifecycle Analytics Solution for the Industrial Machinery industry helps machinery manufacturers monitor product performance and usage data to improve reliability and quality by leveraging the Internet of Things to collect information from machines in the field, the Physical Twin, with engineering insight in the PLM system, and the Digital Twin to provide machinery manufacturers the insight they need to address growing complexity and increased regulations while ac

See Valor Material Management in action at Italian manufacturer ROJ s.r.l. which specializes in high-mix, low-volume production. With Valor Material Management, ROJ has automated its material processes to maximize efficiency and save material costs.

The difference between 2D and 2.5D: What 2.5D does and how it can work for you:

What is CADRA? CADRA is a 2.5D Mechanical Drafting Software. It was founded in 1986 as a replacement for IBM CADAM. How does CADRA...

Full featured mechanical design and drafting program from Siemens Digital Industries Software Features Drafting Engine 2-1/2D View-based...

柔性印刷電路板 (PCB) 的使用，無論是單獨使用還是結合剛性板使用，在過去十年的增長都非常迅猛。推動這一增長趨勢的是可穿戴電子設備這類小尺寸產品需求的劇增。由於柔性 PCB 的獨特性，與剛性 PCB 相比，柔性 PCB 需要特殊的製造工藝，因此柔性 PCB 更容易出現可製造性方面的問題。 本文將介紹柔性 PCB 的可製造性設計 (DFM) 方法，以幫助識別和糾正設計過程中潛在的可製造性問題。應用 DFM 技術可以幫助企業節省成本，並確保專案的如期交付。 將 DFM 融入柔性 PCB 設計中 柔性 PCB 區別於剛性印刷電路板 (PCB)的地方在於，它們具有獨特的屬性和材料（圖 1）。柔性 PCB 的輕薄特性使得它們更加脆弱，在製造過程中更容易受到意外損壞。這會對單板的良率產生負面影響，從而增加單板的製造成本。下面我們來探討一下，為什麼說在柔性PCB 中運行 DFM 比在剛性 PCB 中更加重要。 柔性 PCB 的製造通常要採用表 1 中的材料類型和圖 2 中的製造方法。這些不同的材料給柔性 PCB 製造提出了嚴峻的挑戰。尤其是與典型的 FR4

恩萊特科技贊助「寬能隙元件技術暨未來應用趨勢線上研討會 」，與業界專家共同探討寬能隙元件的關鍵技術與未來應用，邀您一同參與。 活動時間 2022年05月26日 10:00 a.m.（台北時間） 研討會簡介 近期引起眾多話題的寬能隙(WBG)元件...