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Image: /stock.adobe.com For Australia’s discretemanufacturers, inventory management is pivotal in ensuring the smooth operation of production processes, maintaining product quality, and achieving sustainable growth. Efficient inventory management helps manufacturers save resources, cut costs, and avoid disruptions.
The post 10 Questions DiscreteManufacturers Must Ask Before Choosing an Industrial IoT Solution for Their Connected Factory appeared first on Plataine. While the decision to implement an IIoT / connected factory / Industry 4.0
In today’s complex-manufacturing competitive landscape there’s no room to make critical mistakes. Following over a decade of close collaborations with top discretemanufacturing players, we’ve come to know and learn to spot some of the most widespread mistakes.
Virtually every manufacturer today views quality as a key success metric. To activate this culture of quality across all functions, it’s essential to leverage digital manufacturing technology that integrates and enforces quality management throughout the manufacturing process, and even beyond the four walls of the factory.
The complex discretemanufacturing industry, with its intricate processes and systems, is no stranger to these challenges. This is where the concept of a model-based enterprise (MBE) comes into play as a practical approach to dealing with the demands of the competitive manufacturing landscape.
In my last blog , I introduced the topic of artificial intelligence (AI) in the complex discretemanufacturing space, noting that companies need to take certain steps to prepare for AI adoption. Solving Aerospace & Defense Manufacturing Challenges with AI The production process takes too long.
Leveraging Model-Based Enterprise and MES for Superior Manufacturing Outcomes Maintaining quality is non-negotiable in high-complexity manufacturing, especially in sectors like aerospace and defense (A&D). At iBase-t, we’ve developed implementation guidelines to help, which we’ll cover in a future blog.
We know we’re one of the best-kept secrets in complex discretemanufacturing. Complex engineering-intensive manufacturing is a large industry, but it is also a relatively small world of people with the knowledge and expertise to make it happen. Follow us on social media for the latest blog posts, industry and iBase-t news!
Manufacturers adopting a Model-Based Enterprise (MBE) strategy report improved traceability and agility, faster delivery, greater efficiency, and lower costs. Top Engineering and Manufacturing benefits include fewer errors, improved manufacturability assessment, and more automation. Plan for Success.
There are actually several types of Digital Twins that can be used in manufacturing. Process Twin: Process models represent manufacturing processes and production activities that are used to create products and services. This can extend to post-manufacture, where a twin is used to maintain service and maintenance processes.
Complex manufacturing processes involve hundreds or even thousands of steps to make a finished product. It’s the science of analyzing data patterns to discover opportunities for optimizing manufacturing processes. Product launches are a key event for manufacturers, critical to revenue, growth, and reputation.
Usually, the air-gapped networks are the manufacturing network or operational network. A: We have a blog on this topic. Q: Can you explain how this works with air-gapped enterprise and controls networks? A: Copia is primarily used in code development. The computers your team uses to develop the code would be connected to Copia.
Share Discretemanufacturing involves creating products by assembling individual, tangible parts. The production lines in discretemanufacturing produce products that are similar but not identical. What is discretemanufacturing? Vehicles are a classic example of discretemanufacturing.
Share Mixed mode manufacturing offers a way for companies to keep pace with evolving customer expectations. Achieving these goals requires a new approach to manufacturing – shifting from single-stream production to embracing the benefits of multiple modes. What is mixed mode manufacturing?
Share Process manufacturing involves combining multiple materials or ingredients to produce a final product that cannot be separated back to its original components. There is a clear difference between process vs. procedure manufacturing. Production Flows : Production flows in process manufacturing may be batch or continuous.
Share In manufacturing, hydraulic presses are commonly used for forming, punching and molding parts in scenarios that apply stable hydraulic force. Annually/off-season: Overhaul or rebuild major components, such as pumps and cylinders, according to the original equipment manufacturers recommendation.
Further complications arise from the use of Just-in-Time (JIT)productionand Lean manufacturing practices and the frequency with whichProductionschedules change. On top of this,Maintenance activitycan have a big impact on quality control in manufacturing. It is used for schedulingmaintenance tasksand recording the work performed.
While this approach may have worked well for some, recent developments in open standards, AI, and the need to share data across systems are leading A&D manufacturers to choose open-architecture systems from various providers. Were your systems purpose-built for A&D or complex discretemanufacturing?
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