When a Battery Turns into a Rocket – and Why You Shouldn’t Try It Yourself
When a Battery Turns into a Rocket – and Why You Shouldn’t Try It Yourself A Regular Day at the ADOTT LabDeveloping an Ex battery isn’t about excitement — at least not the kind that involves a cell heating past 300 °C and shooting across the chamber like a miniature
Read moreFrom Design Challenge to ATEX-Certified Innovation: The VX-100 Journey
From Design Challenge to ATEX-Certified Innovation: The VX-100 Journey Turning an ambitious idea into an ATEX-certified, intrinsically safe device is never straightforward. The VX-100 project began with a simple challenge: can we create a robust, user-friendly industrial controller for Zone 1—one that sets a new benchmark in hazardous area automation?The
Read moreWhy the First Ex-Zone, Large-Display Controller with Hot-Swappable battery is a Game Changer
Why the First Ex-Zone, Large-Display Controller with Hot-Swappable battery is a Game Changer Industrial automation is changing rapidly, but hazardous areas have long struggled to adopt cutting-edge digital solutions. When Vision Remote and ADOTT Solutions set out to create a tablet-style controller for Zone 1, they faced a significant obstacle:How
Read moreSafety First: Design Lessons from an Exploding Battery
Safety First: Design Lessons from an Exploding Battery Imagine a seemingly harmless device harboring a fiery secret within its tiny battery. That's the potential consequence for designers who overlook safety, especially when products end up in explosive environments like oil tankers. This blog post dives deep into a cargo ship
Read moreOptimizing Battery Packs for Mobile Industrial Robots in Hazardous Environments – Part 2: Navigating Technical Trade-offs and Enhancing Reliability
Optimizing Battery Packs for Mobile Industrial Robots in Hazardous Environments Part 2: Navigating Technical Trade-offs and Enhancing Reliability Welcome back to the second part of our exploration into optimizing battery packs for mobile industrial robots in hazardous environments. In the first part, we discussed the significance of intrinsic safety and
Read moreOptimizing Battery Packs for Mobile Industrial Robots in Hazardous Environments – Part 1: Ensuring Efficiency and Safety
Optimizing Battery Packs for Mobile Industrial Robots in Hazardous Environments Part 1: Ensuring Efficiency and Safety In the realm of mobile industrial robots, achieving long cycle life, high energy density, and resistance to shocks and vibrations are crucial factors when designing battery packs. How do these requirements influence the choice
Read moreBuilding Bridges: ADOTT Solutions’ Journey to Collaborative Success in Manufacturing
Building Bridges: ADOTT Solutions' Journey to Collaborative Success in Manufacturing At ADOTT Solutions, our team is dedicated to delivering innovative solutions to clients worldwide from idea stage through development to implementing an entire assembly line for manufacturing. Recently, a delegation from our team embarked on a journey to India to
Read moreMeet Tamás Merkl: A Dedicated Hydrogen Technology Engineer
Tamás Merkl Hardware and Embedded Software ENGINEER Meet Tamás Merkl: A Dedicated Engineer in Hardware and Embedded Software Development At ADOTT Solutions, we take pride in our commitment to continuous learning and innovation. Our team members are at the forefront of exploring cutting-edge technologies and expanding their expertise to better
Read moreResolving Electronic Component Obsolescence and Supply Challenges
Resolving Electronic Component Obsolescence and Supply Challenges At ADOTT Solutions, where innovation meets engineering excellence, we understand the complexities businesses face in the dynamic landscape of electronic components in design and supply chain management. As products become more complex and supply chains struggle to meet demand, companies are finding it
Read moreIntrinsic Safety: Enhancing Power Output for Hazardous Environments
Intrinsic Safety: Enhancing Power Output for Hazardous Environments Introduction Intrinsic safety is a crucial technique used to ensure safety in hazardous environments where the presence of flammable gases poses a constant threat. It allows for the use of electrical equipment in areas classified as Zone 0 or 20, where hazards
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