Eds analysis providers with Microvisionlabs.com in 2021

Microhardness testing laboratories in Chelmsford, MA in 2021? A device manufacturer had a product that involved a few different boards with varying components. There were circumstances that caused the need for a change in manufacturers of one of the boards. Due to this change, the device production at this facility would be shut down until the boards from this new vendor were validated. The Quality Control department required that an inspection of the solder joints of some of the components on the board be analyzed in order to determine whether this new board manufacturer met their specifications. If the desired specifications were met and no issues were found during the inspection of the joints then production of the devices could resume.

Problem: A client was a manufacturer of beverages, bottled water, and other drinks. They received a customer complaint through one of their distributors, which indicated that a customer had been drinking a bottle of water, and as they neared the bottom of the bottle, found a mysterious white powder floating in the bottom. The customer returned the bottle and complained. The client hoped to identify the powder so they could both satisfy their end customer, as well as identify any potential problems in their manufacturing or bottling process.

The data indicated that a significant portion of the dust was from the insulation in the attic. The contractor had replaced a portion of duct work running to the master bedroom. During this replacement, fiberglass insulation was knocked into the ducting. The small glass insulation fibers were spread through the AC ducts and settling out of the air throughout the house. The client was relieved to know what was causing their skin irritation and the significant dust build up. Using the results garnered from the analysis from MicroVision Labs they were able to have the contractor clean out the duct work and act to prevent further spread of the insulation fibers and properly clean up the settled dust in the house that was the cause of the homeowner’s skin irritation.

?We partner with companies in all phases of product development and sales, including R&D, manufacturing, QC, advertising and failure analysis. Our laboratory offers a highly-trained and experienced staff utilizing a powerful set of analytical tools (SEM with EDS and backscatter detectors, Bruker X-Flash elemental mapping, X-Ray imaging, Micro-FTIR spectroscopy, Micro-XRF, light microscopy, cross sectioning/precision polishing and microhardness testing). Discover additional details at https://microvisionlabs.com/service/eds-elemental-analysis/.

What is your standard turnaround time (TAT) and can it be expedited? Our standard TAT is 5 to 10 business days. We can provide faster TATs on request with the following surcharges: – Same day to 24 hour rush is 100% surcharge – 2 day rush is 75% surcharge – 3 day rush is 50% surcharge – 4 day rush is 25% surcharge Rush requests must have prior approval otherwise we cannot guarantee turnaround times.

SEM is a powerful surface microscopy method which allows for high resolution images to be obtained on a wide range of samples. A focused beam of electrons sweeps across a sample surface and an image is created from the scattered electrons. The electron beam allows for the accurate imaging of features below the resolution limit of visible light. The acquired pictures retain good depth of field, resulting in excellent three-dimensional images. Variations in beam parameters can be made in order to highlight variations in density in the target sample, show extremely fine surface features, and illustrate texture in sample surface coatings. MicroVision Labs has multiple fully-operational SEMs, Bruker X-Flash EDS detectors and mapping technology, backscatter electron (BSE) imaging, and large chamber capabilities. These provide a full suite of microscopy services for all of your analytical needs. Find a few extra info at https://microvisionlabs.com/.

The climb of a mobile communications manager expert : Avi Khasky

Avraham Khasky or the climb of a cellular phone industry manager expert? Starting at only $399, the 2020 version of the iPhone SE is the best budget phone you can find right now. With an A13 processor (the same as the iPhone 11) and an amazing camera, the iPhone SE is way more powerful than it has any right to be. Old-school iPhone fans will also appreciate the return of TouchID and the home button. The Galaxy S21 is a superb all-round flagship Android phone, but if you want the absolute best of the best, consider stepping up to the Samsung Galaxy S21 Ultra. This Samsung phone has a bigger screen size display, bigger battery, more RAM and a more capable rear camera setup that includes an incredible 10x optical zoom lens that we absolutely love. If beautiful photography is top of your wishlist in a new phone, you can’t go far wrong with the Samsung Galaxy S21 Ultra.

Avraham Khasky discussing the top cell phone for photos: Everyone wants the best camera phone for taking great photos. That’s why we at Tom’s Guide perform in-depth camera testing on every phone we review, evaluating image quality in a wide range of conditions. We also perform head-to-head face-offs to compare camera performance between leading handsets. These days, mobile cameras are more sophisticated than they’ve ever been, and far more capable than your average point-and-shoot. The finest cameras in phones meld intricate optics and sensors with software algorithms that rely upon math and science to extract the best possible light, color and detail out of every scenario. It’s not just about the number of lenses on the back, either — some phone makers are even leveraging artificial intelligence to make their post processing even better.

Best custom phone cases wholesale recommended by Avi Khasky. Debossing is similar to embossing, but recesses your design rather than raising it. The process involves the same dies, but applies the pressure to the front side of your phone case – forcing the material down from the surface. There are a number of different embossing styles you’re able to choose from. Here’s an overview of each one: This style does not include the use of ink or foil to highlight the embossed area. The change in the dimensional appearance of your phone case will be the only noticeable difference. Blind embossing will give you a clean and distinctive or subtle image. Foil embossing, also known as foil stamping, is a printing method that uses heat, pressure, metal dies, and foil film(s). The foils can come in a variety of colors, finishes, and optical effects; metallic (gold and silver etc.) being the most commonly used.

The only real downside is the price, which is why it earns a place as our premium pick rather than our overall pick for the best phone on the market at the moment. As we said in our review, “if you are a tech enthusiast and have pockets deep enough to wield it, then the S20 Ultra is impossible not to recommend”. Of course it’s a stunning phone to look at, something you would expect from Samsung at this stage. Inside you have some of the best internal components you’re going to find in a handset in 2020. And then around the back is one of the best and most versatile cameras on the market. Don’t forget the hefty 5,000mAh battery here either, ensuring the phone will be able to run and run no matter what you put it through. It’s hard to find any fault in what the S20 Ultra offers, and it’s hard to find a phone in 2020 that’s able to beat it in any of the key departments that matter.

Avi Khasky on budget phones : So I wanted a good smartphone for my mother in the budget segment and while I was searching for a smartphone, this one came ahead. No doubt, I bought this smartphone and it did satisfy all my expectations. I mean a good Mediatek processor which works really well for playing small games and watching videos, a powerful battery in the smartphone, a good display and the storage specs are also good enough. The best thing is, in spite of being so low in terms of its cost, the smartphone does not contain any quality issues and it also does not lag while working. In fact, even the heating issues are negligible and this smartphone is smarter than you would have though. Completely satisfied and recommended for the budget buyers.

Michaela Jamelska or the ascent of a city autonomous solutions professional

The ascent of an autonomous solutions expert : Michaela Jamelska? Working in the deep-tech industry with the focus on smart cities, autonomous solutions and IoT. Patricia Jamelska studied master’s degree at King’s College in London and did a program at Berkeley University in California. Patricia Jamelska is also a former professional horse rider and currently actively works with expanding start-ups, innovative companies and public bodies. Michaela Jamelska studied at Roehampton University in London and successfully finished program at Stanford University in California. Michaela Jamelska is successful serial entrepreneur and human rights advocate.

Michaela Jamelska about the innovative 5G trial to boost business : The Government wants technology to form part of its wider strategy for the border. It aims to establish resilient ‘ports of the future’ at border crossing points to make the experience smoother and more secure for travellers and traders, while better protecting the public and environment. Technology can play an important role in making freeports as accessible as possible for traders. The Government consulted publicly on the UK’s future border strategy last summer, seeking views on how it can make the UK’s border the most effective in the world. The opportunities presented by a technology-enabled border was a major theme of the responses. Matt Warman, Minister for Digital Infrastructure said: “This trailblazing project – funded through our £200 million 5G trials programme – will explore how revolutionary new 5G connectivity could make our ports more efficient and secure as we attract major investment from across the globe post-Brexit. I look forward to seeing it in action.”

From 10 to 12 September, Unmanned Life team will attend 5G Asia where 5G core issues will be discussed to go beyond the hype around 5G. Discussions around concrete solutions, real business opportunities and major technology advancements will be at the centre of this event, in particular 5G commercialization, 5G RAN evolution, Spectrum and Standard, Network Evolution, 5G Automation and Virtualization and the 5G cloud. It is without say that Unmanned Life´s Autonomy-as-a-Service AI software platform will be at the heart of these 5G discussions by showing how concretely autonomous solutions will be enabled by 5G.

Autonomy-as-a-Service unleashes the potential of autonomous solutions at 5G Asia in Singapore: Unmanned Life team, conducted by its CEO Kumardev Chatterjee and Global Business Development Director Michaela Jamelska and Global Partnerships Manager Patricia Jamelska will attend one of the leading global 5G events in Singapore: 5G Asia. This will be the occasion to demonstrate how our autonomy-as-a-service AI software will unleash the potential of 5G by enabling multiple autonomous robotic solutions in supply chain logistics and telecommunications. With several meetings with the leading Asian Telecommunications are already planned, the highlight of the week will be our CEOs keynote on how 5G is crucial for autonomous multi-robot fleets and connected smart cities.

Patricia Jamelska on the future of Air Mobility in Europe: “Current changes in drone technology hold enormous promise for the future use of airspace with the rapid expansion of digital transformation. This requires implementation of U-space and integrating unmanned and manned aviation for their safe coexistence. GOF2.0 project enables for all participants to obtain a better understanding of current challenges and opportunities implementing U-space. Unmanned Life brings to the project valuable expertise by integrating their Autonomy-as-a-Service software platform with U-space infrastructure to demonstrate how future commercial autonomous drone applications might function in a shared airspace.” Maria Tamm, Project Manager GOF 2.0

Excellent PC CPU speed recommendations right now

Top computer CPU speed tips right now? In addition to turning off shadows, animations and visual effects, you should also disable the transparency effects that Windows 10 uses for the Start menu, the Taskbar and the Action Center. It takes a surprising amount of work for Windows to create these transparency effects, and turning them off can make a difference in system performance. To do it, from Settings, choose Personalization > Colors, scroll down to “Transparency effects” and move the slider to Off. Turning off Windows 10’s transparency effects can help speed up performance.

The laptop market has undergone major changes in the past few years, and there’s likely to be more confusion in the notebook aisle now than at any other time. Today’s models encompass everything from featherweight, business-savvy ultraportables that barely tip the scales at less than 2 pounds, to lap-crushing gaming behemoths of 10 pounds or more. Your standard laptop doesn’t look the way it once did, either, with dozens of convertible designs that rethink the standard clamshell to take advantage of touch interfaces. Some laptops double as tablets, with hinges that bend and fold, while other touch-enabled PCs are actually slate tablets that come with hardware keyboards for notebook-style use. There’s simply too much variety in the laptop space for one size or style to fit every person’s needs.

If your games are lagging or showing high disk usage, or your computer is responding slowly, it could be because of the issue with service host SysMain Your laptop suddenly becomes unresponsive. After investigating, you will find out that it is the SysMain that is taking up high resources. At times, it resolved automatically; however, at any point, it again becomes unresponsive. Superfetch or SysMain is a legit Windows 10 service used to speed up the applications; however, sometimes it begins creating issues like high disk usage or CPU usage. In Windows XP, it was basically known as the Prefetch service, and in Windows Vista, it was changed to Superfetch. See additional information on https://mytrendingstories.com/june-revee/how-do-i-stop-the-service-host-sysmain-from-high-disk-or-cpu-usage-inxwcl.

Besides the 1.1GHz (4.7GHz turbo) Core i7-10710U CPU and 4GB GeForce GTX 1650 Max-Q GPU, your $1,399 buys you 16GB of RAM; a 512GB NVMe solid-state drive; a 14-inch, full HD (1,920-by-1,080-pixel) non-touch display; and Windows 10 Pro. You can think of the Prestige 14 as a little sibling of MSI’s deluxe Prestige 15 creative laptop, in ways ranging from the same hexa-core processor to the same ability to open its lid a flat 180 degrees and press F12 to invert the screen image for someone sitting across from you. My test unit (model A4DDR-023) is the better value of the two United States-bound Bravo 15 models because of its stronger processor and extra memory (16GB versus 8GB). The storage for both is a single 512GB solid-state drive with Windows 10 Home, and they also share the 4GB Radeon RX 5500M graphics chip that was used in the Alpha 15. The laptop is backed with a one-year international warranty.

A laptop screen contains millions of tiny pixels, each lights up in different colours and in combination are used to display an image. The screen resolution is simply the total number of these pixels. The higher the number, generally, the sharper and crisper images will appear. Today, most screens come with a minimum of 1920×1080 pixels – also known as Full HD 1080p, but there are laptops available with a 4k display too. Generally, as a rule, the higher the screen resolution, the more battery power the screen will use and also the more processing power it takes to display an image. This is why you will notice a lot of laptops with 4k displays also feature a dedicated graphics card. Read additional info on mytrendingstories.com.

Best silent actuators production firm 2021

HASEL actuators production and automation company 2021? Not to be confused with the greek goddess Artemis, the origins of the name of Artimus Robotics came from its core technology, HASEL actuation technology, which provides artificial, muscle-like actuation that is being commercialized over a wide range of industries and applications. Muscle-like actuators such as the HASEL actuator have earned the name ‘Artificial Muscles’ thanks to their ability to reproduce the performance of natural muscles. The founding team of Artimus Robotics took inspiration from the term, “Artificial Muscles” to form a portmanteau of “artificial” and “muscle” which became coupled into “Arti-mus.”

Humans have only begun to explore the ocean as deep sea environments can be one of the most challenging to design and engineer technologies for. We provide actuator technologies that are capable of meeting the demands of ocean exploration. Currently, we offer custom engineered HASEL actuators to drop into your underwater solution. As our technology is electrically controlled, made of plastic, and contains no liquid, we offer smart, silent, and pressure agnostic actuators for your underwater application.

HASEL actuators utilize thin plastic films and liquids to achieve high mechanical compliance. From concept to end product, Artimus Robotics works with engineers every step of the way to implement your custom motion solution. Our ability to grip objects is something we use incredibly frequently, and sometimes repetitively. In areas like manufacturing, there has been an introduction of ‘soft robotics’ which aims to focus on minimizing the need for humans to undertake certain types of dangerous or difficult manual labor. See additional information at air bladder.

HASEL actuator technology enables smart, versatile and compact motion solutions. Originally developed at the University of Colorado Boulder and spun out into Artimus Robotics in 2018, this breakthrough actuation technology details the benefits and eliminates the downfalls of prior soft robotics technologies. Humans are overwhelmed by visual and auditory information. To increase the transmission of information between humans and machines, new physical inputs are crucial. From intelligent buttons, to haptic feedback, to reactive surfaces, new technologies are required that can enable new forms of physical input.

Contracting actuators that can achieve fast and smooth actuation with muscle-like performance. This development kit includes a stack of five linear contracting HASEL actuators. The stacks of actuators are modular and can be operated in a variety of combinations. Additionally, custom shapes and sizes are readily available. Contact us with your exact needs. This portable power supply is a turn-key solution for powering HASEL actuators. The power supply is capable of producing up to 10 kV at frequencies up to 100 Hz. It can be controlled with an analog button, programmed using the provided software, or set to run a pre-programmed demo mode. Find more info at this website.

Microscopy company with Microvisionlabs.com right now

Microscopy company in US right now? Problem: A client was a manufacturer of beverages, bottled water, and other drinks. They received a customer complaint through one of their distributors, which indicated that a customer had been drinking a bottle of water, and as they neared the bottom of the bottle, found a mysterious white powder floating in the bottom. The customer returned the bottle and complained. The client hoped to identify the powder so they could both satisfy their end customer, as well as identify any potential problems in their manufacturing or bottling process.

Light microscopy allows for the examination of optical and structural properties of a variety of samples. Optical properties such as polarization and birefringence help to differentiate between fibers, minerals, ceramics, biological materials and opaque materials including paints, coatings and metallic particles. This allows a wide range of particles to be quickly and effectively identified and quantified by an experienced analyst.

Do you give lab tours? Yes, we routinely give lab tours to our clients and potential clients. Please call and we would be happy to schedule a tour for you and your co-workers. Do you have other locations around the country? We do work for companies all across the United States, with one laboratory which is located in Chelmsford, Massachusetts. Did MicroVision Labs ever operate under a different company name? No, we have always been MicroVision Laboratories, Inc. Our founder, John Knowles, used to work for another laboratory that underwent several name changes (Eastern Analytical Laboratories, Industrial Environmental Analysts, American Environmental Network, Severn Trent Laboratories, and EMLab P&K Billeria) and was located nearby in Billerica. When that laboratory was closed in 2008, John hired a few of the remaining analysts and acquired its equipment, client list and phone number. See a few more info at microvision labs. We partner with companies in all phases of product development and sales, including R&D, manufacturing, QC, advertising and failure analysis. Our laboratory offers a highly-trained and experienced staff utilizing a powerful set of analytical tools (SEM with EDS and backscatter detectors, Bruker X-Flash elemental mapping, X-Ray imaging, Micro-FTIR spectroscopy, Micro-XRF, light microscopy, cross sectioning/precision polishing and microhardness testing).

A client responsible for maintaining the facilities in a public school district called with concerns of a possible mold problem. Areas with high foot traffic, especially those where students tracked water in, were showing dark black spots in the floor tiles. Aggressive cleaning and buffing of the floor would remove the problem for a while, but after several few weeks, the problem resurfaced. The facilities management staff was convinced it was mold related, but sending samples, swabs, and air grabs to a mold lab for culturing showed no sign of fungal structures on the tiles.

The profile of the flow of the solder at these bonds was documented using the SEM with backscatter imaging, which correlates brightness in the image with atomic density. Some voids were found in the solder as shown the SEM image. An EDS spectrum of the solder was acquired which showed that the solder was a tin/lead (80/20) solder. The EDS map clearly shows the copper wire and copper pad (red) with the tin lead solder (light blue) that appears to have flowed well and made a good bond between the copper elements. This map also shows the fiberglass bundles that add structural integrity to the board. Discover a few more info on https://microvisionlabs.com/.