Inovaxe Announces Second in Monthly Series of Free Webinars
February 23, 2024 | InovaxeEstimated reading time: 1 minute
Inovaxe, a world leader and provider of innovative material handling and inventory control systems, is excited to announce its upcoming live webinar, "What is Smart Material Handling?" scheduled for Thursday, February 29th, 2024 at 11AM EST. This enlightening session aims to showcase the transformative impact of Smart Material Handling (SMH) in the Surface Mount Technology (SMT) industry and beyond.
Webinar Highlights:
- Introduction to Smart Material Handling: Attendees will gain a comprehensive understanding of SMH fundamentals, exploring its critical role in modernizing material handling processes for enhanced efficiency and productivity.
- Benefits of Smart Material Handling: The webinar will cover the myriad advantages of SMH, including increased operational efficiency, error reduction, and the positive outcomes of integrating smart solutions from receiving to production.
- IoT and Connectivity in Material Handling: A deep dive into how the Internet of Things (IoT) and connectivity are revolutionizing material handling, facilitating seamless factory-wide communication and real-time decision-making.
- Enhancing Traceability with SMH: Discover how SMH improves traceability within the SMT industry, utilizing advanced tracking systems for superior quality control and compliance.
- Exclusive Real-World Insights: A unique opportunity to view how Inovaxe effectively implements smart material handling in its operations, with a real-world video demonstration.
The event is designed for professionals across the SMT and logistics sectors, offering valuable insights into the future of material handling. Participants will leave with a thorough understanding of how smart technologies can be leveraged to achieve unprecedented levels of efficiency and accuracy in their operations.
Suggested Items
Logitech Announces Future Positive Technology Challenge Winners
08/27/2024 | BUSINESS WIRELogitech International announced the winners of the annual Future Positive Challenge, a technology challenge designed to identify disruptive sustainable solutions in electronics. Six companies from around the globe were selected for their trailblazing solutions across printed circuit boards (PCB), batteries, materials, packaging, integrated circuits, and business models.
nano3Dprint Unveils Cutting-Edge Conductive Silver Ink Products in Collaboration with Creative Materials
08/27/2024 | PRWEBnano3Dprint, a leading additive manufacturing and printed electronics solutions provider, is thrilled to announce the launch of its groundbreaking Conductive Silver Ink Products for use in nano3Dprint's A2200, B3300 and MatDep Pro 3D printers.
The Pulse: Commonsense Cost Cutting
08/29/2024 | Martyn Gaudion -- Column: The PulseOne difference between engineering and pure science is that engineers (in most situations) are looking for cost-effectiveness. They do so by designing the most appropriate level of technology to maximize profitability with acceptable levels of application functionality. One area that is often overlooked is the energy cost of PCB production. At a recent EIPC conference, Dr. Maarten Cauwe of IMEC in Belgium presented a combined study of the lifecycle impact (LCI) of electronics systems and subassemblies. The study looked at the supply chain as well as the energy impact of HDIs.
Asymmetric Hybrid Printed Circuit Board Design: Warpage Considerations
08/27/2024 | Kaspar Tsang, Gause Hu, Jimmy Hsu, Aje Chang, Alan Sun, Brian Ho, Ryan Chang, and Thonas SuThe printed circuit board (PCB) accounts for a significant portion of the PCBA’s (printed circuit board assembly) BOM (bill of material) cost. Designs with hybrid PCB stackup are adopted to reduce the cost of the PCB by using less expensive laminate materials in layers that do not have routings for high-speed signals (e.g., power and ground layers). The conventional hybrid PCB stackup design is symmetrical in the middle. This engineering technique has been employed in the data center industry for quite some time. To extend the idea and optimize the purpose of hybrid PCB stackup design, the feasibility of an asymmetric hybrid stackup is currently being studied.
Elementary, Mr. Watson: Debunking Misconceptions in PCB Design
08/22/2024 | John Watson -- Column: Elementary, Mr. WatsonPCB design can be likened to the poem, “The Blind Man and the Elephant” by John Godfrey Saxe. In the poem, six blind men of Indostan “to learning much inclined,” went to see the elephant “that each by observation, might satisfy the mind.” The first man fell against the elephant and concluded it was like touching a wall. The second man felt the elephant’s tusk and exclaimed, "It is very like a spear." The third blind man, feeling the vast and squirming trunk, decided it was a snake. The fourth man felt the elephant's leg and said the elephant “is very like a tree." The fifth man touched the massive ears and decided an elephant is very like a fan. Finally, the sixth blind man, feeling the elephant’s swinging tail, proudly proclaimed, "I see, the elephant is very like a rope."