Industry knowledge from industry experts.
Discover how BIM coordination helps manufacturers identify design conflicts, coordinate building systems, and reduce costly rework during facility renovations and expansions.
Outdated facility drawings and incomplete data can make manufacturing changes more complicated than they need to be. Plant digitization helps manufacturers better understand their existing facilities through 3D laser scanning, facility modeling, and updated layouts, providing a more reliable foundation for planning future modifications and expansions.
Is your manufacturing operation prepared for changing defense production demands? Explore how Design Systems Inc.'s ARMOR Assessment helps identify capability gaps, evaluate transition risks, and assess readiness across Peace, Steady, and Surge conditions.
When you engage Design Systems, Inc. (DSI), you are not hiring a vendor. You are adding a team of experienced manufacturing engineers who integrate directly into your operation, align with your objectives, and stay focused on delivering results that work in the real world. Whether the effort is a greenfield facility, a brownfield optimization, or targeted engineering support, here is what you can expect when working with DSI.
In today’s high-stakes manufacturing environment, inventory is more than just products on shelves, it’s the heartbeat of operational efficiency and profitability. As supply chains stretch across continents and customer expectations accelerate, the ability to track, manage, and optimize inventory in real time has become a critical competitive advantage. This blog explores why inventory control is harder than ever, the costly consequences of mismanagement, and six proven strategies that transform inventory from a liability into a driver of growth.
Unlike the traditional “build first, fix later” approach, DSI defines what the facility must do operationally before design and construction begin, preventing costly redesigns and inefficiencies. By integrating process expertise early, DSI optimizes equipment layouts, material flow, utility requirements, and future scalability, giving clients a clear roadmap for a functional, flexible facility. This collaboration results in faster project delivery, lower costs, and facilities that perform as intended from day one, ultimately benefiting clients, A/E firms, and contractors alike.
The energy transition is accelerating, and battery energy storage systems (BESS) are at the center of it. No longer a niche investment, BESS is now a strategic priority for manufacturers, data centers, and OEMs alike. As more companies build domestic battery production capacity to reduce supply chain risk, the race is on to design scalable, safe, and future-ready operations. At Design Systems, Inc., we help organizations navigate this complex landscape, from simulation and facility design to logistics and commissioning. Because in today’s energy economy, storing power means storing your competitive edge.
The capabilities of 3D printing have expanded significantly, pushing it far beyond the realm of initial concepts into the production of high-performance, functional end-use industrial components. This profound shift signifies a new era where 3D printing manufacturing is truly transforming how industries operate.
Explore how applying lean manufacturing principles can fundamentally transform your warehouse operations, driving efficiency and strengthening your bottom line.
By integrating the precision of digital twins and computer simulations with the immersive capabilities of VR, we create realistic training environments that accelerate learning, reduce errors, and develop the manufacturing workforce of tomorrow.
Rapid prototyping 3D printing is no longer a futuristic concept; it is a present-day necessity for automotive companies striving for speed and innovation. Its impact on reducing time-to-market for automotive components is undeniable, offering a strategic advantage to those who embrace its potential.
Aerospace manufacturers are now integrating predictive maintenance capabilities into new aircraft designs, making it easier to monitor and maintain these aircraft throughout their lifespan. This includes designing components with built-in sensors and developing software systems that can analyze the data and provide actionable insights.
The aerospace manufacturing industry faces unique challenges, from long lead times for specialized aerospace parts to complex global supply networks and stringent quality requirements. This article explores how simulation, a powerful analytical tool, can model, predict, and ultimately help develop proactive strategies for these disruptions, ensuring your business stays airborne.
More and more, we see leading manufacturers embracing sustainability, not just because it's the right thing to do for the planet, but because it makes good business sense. A strong sustainability program can enhance brand reputation, attract environmentally conscious customers, and even boost your bottom line. And within the manufacturing landscape, your warehouse and distribution centers are prime areas for impactful change.
Beyond the business implications, there's a fundamental ethical and legal obligation to provide a safe working environment for every employee. A safe warehouse is also a key component of warehouse optimization, ensuring smooth operations and maximum efficiency.
Warehouse automation involves the use of technology to automate tasks traditionally performed by humans. This can include anything from moving goods to managing inventory. The benefits are significant: increased speed and efficiency, reduced costs, improved accuracy, and a safer work environment. Let's explore some of the key technologies driving this transformation.
Think about the recent supply chain disruptions that have sent shockwaves through global markets: a pandemic that brought production lines to a screeching halt, a ship stuck in a vital canal causing ripple effects across industries, and the ongoing struggle to meet the demands of a world that wants everything delivered yesterday. These challenges underscore the critical need for supply chain integration – the harmonious coordination of all activities, from raw material sourcing to final product delivery.
Think of an inventory management system as your inventory watchdog – it keeps an eye on what you have and what you need. A warehouse management system, on the other hand, is the mastermind behind your entire warehouse operation. It goes beyond simply monitoring stock by optimizing your warehouse layout, managing your workforce, and orchestrating the movement of goods with laser precision. A WMS is your secret weapon for unlocking efficiency and maximizing productivity.
An inventory management system is the control center for everything related to your stock. It's the software and processes you use to track inventory levels, manage orders, forecast demand, procure new materials, and generate insightful reports. It’s also the policies that govern human interaction with inventory. This system is essential for visibility and efficiency in today's fast-paced manufacturing world.
In this article, we’ll explore the exciting world of digital manufacturing and delve into the IT solutions for manufacturing that are reshaping the industry. We’ll examine how smart manufacturing solutions and manufacturing execution systems (MES) are driving efficiency and productivity, and we’ll highlight how Design Systems Inc. can help your business navigate this new era of manufacturing.
In today’s fiercely competitive manufacturing landscape, where efficiency and agility reign supreme, MES are no longer a luxury, but a necessity. This blog post explores the exciting technological advancements shaping the future of manufacturing execution systems, and how they are driving the rise of the smart factory.
If you’re considering a Manufacturing Execution System, or are already mid-implementation and feeling the heat, this blog post is your compass. Let’s review the common MES implementation challenges, explore real-world examples, and look at actionable strategies for a successful deployment of MES.
The manufacturing world is like a fast-paced race. Staying ahead means knowing the track, the competition, and the latest gear. Just like a top athlete needs to adapt their training and strategy, manufacturers need to stay on top of the latest manufacturing industry trends to win.
Explore three key benefits of Manufacturing Execution System implementation: real-time data and decision-making, gaining a competitive edge, and ensuring compliance and traceability. Learn how an MES can transform manufacturing processes, making them more efficient and productive.
Building a strong business case for an MES is crucial for modern manufacturing. As the industry becomes increasingly competitive, having clear, data-driven reasons for MES implementation can help secure investment and support from stakeholders. This article will help you understand the importance of an MES business case, so you can make informed decisions and drive your manufacturing operations forward.
A Manufacturing Execution System is a powerful software solution that acts as the brain of your factory, providing real-time visibility and control over your entire operation. It’s a game-changer that helps manufacturers streamline their processes, improve quality, and make data-driven decisions. In this article, we’ll break down the essentials of Manufacturing Execution Systems, exploring key features and the many benefits they bring to manufacturers. You’ll discover how MES software can revolutionize your production process and why it’s become a cornerstone of modern manufacturing.
Simulation modeling is an advanced, computer-aided approach that can help you create detailed and dynamic representations of real-world processes, systems, or events. By using simulation software, you can visualize complex scenarios and assess the potential outcomes of different decisions before implementing them in the real world, resulting in fewer risks and costly mistakes and better supply chain efficiency.
It’s no secret that efficiency and competitiveness are important factors for most businesses. But, optimizing and streamlining processes can be extremely time-consuming and costly. That’s where process simulation comes in.
Imagine walking into your workspace only to be constantly hindered by disarray and dysfunction. Just like keeping your workspace organized is important, the same goes for your facility’s layout. Plant layout optimization can make all the difference in improving your production processes, positively impacting your bottom line.
At its core, simulation engineering refers to the many computer-based technologies that visualize processes and products while they’re still in the development stage.
If you’re thinking about implementing an MES, you may have a lot of questions: What types of problems can MES solve for your business? How do you implement this type of system into the workplace? What factors need to be considered when choosing an MES?