Gecko Robotics has landed $40 million in financing as it looks to build an additional 40 robots over the next year to meet what the company sees as growing demand for its safety and infrastructure monitoring services. “We are growing fast solving critical infrastructure problems that affect our lives, and can even save lives,” says Jake Loosararian, Gecko Robotics’ 28-year-old co-founder and chief executive officer, in a statement. “At our core, we are a robot-enabled software company that helps stop life-threatening catastrophes. We’ve developed a revolutionary way to use robots as an enabler to capture data for predictability of infrastructure; reducing failure, explosions, emissions and billions of dollars of loss each year.” In the three years since its launch in 2016, Gecko Robotics has managed to grow from a small team of Pittsburgh robotics experts hailing from Carnegie Mellon. Indeed, the company has added more than 100 new employees. The hiring push has been largely around creating a team of qualified experts in particular market segments who can operate the robots that Gecko deploys to industrial work sites. There’s been something of a robotics revolution in the safety and compliance market over the past few years. From automated assembly lines to warehouses and now to chemical plants and refineries, robots are making their presence felt. And Gecko isn’t the only company that’s trying to tackle the market. Other companies like Invert Robotics, a Christchurch, New Zealand-based company, has built its own competitive robotic safety inspector.

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Top 6 PCB Industry Trends and the Manufacturing Challenges They Present

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While the PCB is heated, part of the free volume of water can be dissipated through the microporous PCB substrate, thereby reducing the molar volume fraction of water that may accumulate at the voids or microcracks, which is beneficial to the explosion of the PCB. improve. However, if the surface of the PCB has a large area of copper foil pattern coverage, when the PCB is heated, the large copper foil surface above the buried hole blocks the water vapor that escapes outward after being heated, so that the pressure of water vapor in the microcrack increases, resulting in occurrence of The chance of a burst is greatly increased.

In the following, the existence of water in the PCB, the way of water vapor diffusion and the change of water vapor pressure with temperature, reveal that the existence of water vapor is the primary cause of PCB explosion.