Robotics and Automation White Papers

You’re building a new machine, an electromechanical system, and you need to precisely control its motion. It’s critical that you get continuous positional feedback from the parts that move. You think you may need an encoder. Encoders are available in a range of technologies and with numerous options. Selecting the best encoder for a particular application requires making many choices.

The AI paradigm is undergoing a fundamental shift: moving from an R&D curiosity in the cloud to mission-critical Operational Technology (OT) running at the edge. This transition isn't just a trend; it is a technical necessity driven by the unavoidable constraints of latency, bandwidth, and cost that plague cloud-only models in real-time environments. “The Edge AI Deployment Roadmap: Six Predictions for AI Implementation in 2026” provides a concise, actionable guide to navigating this critical transition. It distills the complex landscape into six core predictions tailored for engineers and leaders who need to move AI from a successful proof-of-concept to fully operational, long-term deployments on the factory floor, in intelligent cities, and across smart grids.

New survey reveals the role that elevated flooring and mezzanines are playing in today’s warehouses and DCs and highlights the value of composite engineered wood flooring as a surface of choice for these structures.

Are you looking to automate tasks or improve safety? Curious about integrating robotics into your workflow? Want to understand the impact of AI and robotics on your industry? Explore how robotics is transforming industries and daily life — from simple factory arms to advanced humanoids. This in-depth whitepaper reveals the breakthroughs, challenges, and future possibilities for mobile robots in real-world environments.

In the latest episode of e-con Systems’ Vision Vitals podcast, we share expert insights about GMSL cameras that help Automated Guided Vehicles (AGVs) operate smoothly across long cable runs in noisy industrial environments. Warehouses and factories are filled with electrical interference, vibration, and metal structures that challenge signal stability. Yet AGVs depend on uninterrupted vision to move safely. GMSL technology brings together power, data, and control through a single coaxial cable. Explore how its EMI-resistant design and extended cable reach empower AGVs to position cameras freely without compromising bandwidth. Find out how synchronization, power-over-coax, and rugged engineering keep vision consistent under vibration, heat, and dust.

As American manufacturers navigate rising costs, supply chain instability, and the push to reshore production, warehouse operations must evolve from manual and reactive to intelligent and predictive. To scale domestic production, manufacturers must unlock the power of the smart warehouse. Robotics and real-time intelligence are no longer optional — they’re mission-critical. The latest research from Dexory highlights how next-generation technologies are unlocking productivity, resilience, and growth, as well as how robotics, digital twins, and real-time data are reshaping the industry.

The global industrial automation market is projected to grow to $395.09 billion by 2029 and early adopters are already gaining a competitive edge. As a result, failing to adopt this technology at such a crucial juncture can prove costly for your business. Specifically, we have found that investing in an autonomous DriveMod Tugger costs one-fourth as much as delaying your investment in automation. In this white paper, we explore that by doing nothing, your organization will face high, hidden costs related to labor, productivity, and safety.

Is your cloud infrastructure strategy costing you more than it should? Discover the power of cloud repatriation and reclaim control of your IT infrastructure and valuable on-site data. Download our FREE white paper. How Cloud Repatriation is Shaping the Future of Business.

If you’re exploring automation in your warehouse or fulfillment center, knowing the terminology is half the battle. From AMRs and orchestration to pick-to-light systems and Meet Me® automation, this glossary is your go-to reference for understanding the technologies, processes, and metrics that are shaping the future of fulfillment. Whether you’re a supply chain leader evaluating your next investment or a team member aligning on terminology, this guide will help you decode the complexities of automation—so you can scale smarter, move faster, and stay competitive.

From design and development to testing and maintenance, AI is ushering in unprecedented efficiencies and capabilities. The goal of this ebook is to illuminate the practical applications of AI in engineering and demonstrate how you can leverage it to tackle complex challenges, boost efficiency, and set new standards for innovation. Whether you’re an engineer, data scientist, or team leader, this guide is accessible, actionable, and designed for users of any skill level.

In today’s high-stakes world of robotics and medical device development, poorly defined requirements derail timelines, inflate budgets, and jeopardize safety. That’s why MedAcuity and Kinova have teamed up to deliver a cohesive Requirements Definition process—one that aligns hardware and software teams from day one. This partnership helps robotics teams build safer, faster, and more scalable systems by: - Reducing rework - Streamlining compliance - Enhancing system integration - Improving time-to-market

Explore 3 ways to automate your order fulfillment workflows with AMRs to unlock smarter, faster, and more efficient operations

Tools based on piezoelectric ultrasonic transducers are increasingly used in medical applications, including minimally invasive surgeries and dentistry. Common instruments used in advanced procedures are ultrasonic scalpels, phaco handpieces, and scalers. These devices leverage acoustic waves to efficiently process both hard and soft tissues. For instance, during oral surgery, ultrasound enhances mechanical actions like drilling, offering additional benefits such as shock or cavitation effects, leading to faster, more selective processing that safeguards surrounding areas, like blood vessels.

BGA defects can be challenging to detect when images are not taken from the appropriate perspective or with the correct equipment. While IPC's recommended tests are effective in certain situations, recent improvements in CT technology offer a more comprehensive analysis of each solder ball within seconds. Utilizing a genuine 3D CT method, defects such as Voiding, Non-Wetting, and Head-in-Pillow are distinctly visible, enabling engineers to conduct accurate root-cause analyses. This white paper will delve deeper into these topics, exploring advanced X-ray inspection techniques and the benefits of 3D CT X-ray inspection.