Technology

Taking the bundy clock online

Written by Allied Time

Getting online is how you can get the best of your investment. Time clocks can either be analog or digital, but what you need to consider is that you should get your time clock online. So if you are wondering about why you should get your clock online, the single most important reason behind this is that you wouldn’t have to keep visiting the office in order to regularly check whether your employees have actually been working for as long as they claim to be. What this means is that if you are the boss in your own business, and you have several other matters to attend to, you can just go online and check which of your employees have arrived on time, and which of your employees as well has actually been working for 8 hours. This way, you will be able to properly make the correct salary and wage disbursements for the actual amount of time spent. Going online can be a great advantage to your business. Once you get your bundy clock online, things are going to be a whole lot easier for you. You can focus on other parts of your business, and you can check up on all the daily time records of your employees anytime you want, and in wherever place that you may be as well as long as you have an Internet connection. Setting it up is not as difficult as you may think as well, because all you need is a clock that can be connected to the internet.

An online time clock is a godsend to any employer or management team. It can save you a whole lot of money.

Hydrophilic Medical Device Coatings

Written by: Denton Vacuum, LLC

Summary: Hydrophilic coatings, and improved manufacturing techniques, have vastly increased the capabilities of medical technology.

Medical device coatings have evolved over the years, using the properties of hydrophilic substances to coat devices that fit into the human body. This new development in manufacturing helps devices last longer, and humans wear them with less discomfort than ever before.

Hydrophilic Coatings Explained

Hydrophilic coatings date back to roughly 50 years ago. Doctors and scientists came to the understanding that the way devices integrated with the body directly impacted the care a patient received. They began work on substances that could interact with organic tissues. Manufacturing also had to catch up. The process of ion beam assisted vapor deposition is established today, but was in its infancy back then. The device is pliable in the body, able to comfortably set for long periods of time, and easier to remove. Fewer infections are another advantage to this technology that will help heal patients long term.

How it Works

The device, called a substrate, is placed into a chamber that allows for very specific temperatures. Another material with hydrophilic properties is superheated until it is broken down into a gaseous form. As the molecules bounce around the chamber, they come to settle on the substrate. The device is turned, so that the substrate receives an equal coating that is often mere microns in thickness.

The chamber is cooled at precise intervals, allowing the chemicals to dry without damaging the substrate.

Other applications

Diamond like carbon is broken down in a fashion similar to hydrophilic coating, and it is used to coat heavy-duty equipments. Joints that fit into patients might receive the coating to improve long-term wear.

Related Story: Explaining the Technique of Sputter Deposition

Related Story: Hydrophobic vs. Hydrophilic

Constructing Mobile Technology with E-Beam

Written by: Denton Vacuum, LLC

Mobile phone circuitry is complex, and new manufacturing techniques had to be devised in order to keep costs low.

Your mobile phone is an advanced device, thanks in no small part to the circuitry involved in its manufacture. This circuitry is made possible thanks to all new manufacturing processes that can actually change the property of a substance at a molecular level. Here is how manufacturers create the circuit boards at work on your favorite mobile devices.

Mobile Micro Chip Manufacturing

The microchips inside your mobile phones go through a manufacturing process that is similar to semiconductors. First, the board is marked with invisible lines that a machine will read. The machine interprets these lines like a map, and it uses ion-beam etching to lay the circuitry. The circuitry is made of melted down metals, mostly consisting of copper and aluminum, which are good for conductive applications.

Ion Beam Etching Explained

The etching process is a bit like squirting gel from a gel paint. It involves making an indentation, so there is pressure involved, but the substance that is applied has to be broken down. Most of these substances are bars of metal that are put through e-beam evaporation until they are either melted or broken down into particulate matter.

Other Manufacturing Methods

A magnetron sputtering system could also be used, but the process is a bit different. This process uses extreme pressure, caused by the use of magnets, in short pulses to distribute materials across the substrate. As a side note, hard drives are made using a similar manufacturing technique that infuses diamond dust onto the substrate.

Related Story: Semiconductor Metallization Disposition Processes

Related Story: Sputtering Vs. Electron Beam Evaporation

Take Timesheets Online

By Allied Time

As you probably already know, there are two types of businesses out there: the kind that are adopting to the digital age and those that are going out of business. That’s all there is to it. You can be one or the other and hopefully it’s an obvious choice for you which one you want to be.

However, even though most companies definitely want to adopt, survive and thrive, not all of them are doing this in the necessary ways. Many, for example, may have a website, of course, perhaps an app for their product and even a social media page. Bus it that really enough?

Instead, why not look internally at the ways you could be taking tried and true methods of yours and updating them for the 21^st century. A great example of this is an online timesheet. It should go without saying that time sheets are necessary to get the most from your employees. But if you’re not using modern time and attendance software, you’re probably not getting the results you actually want and you’re probably overpaying for it too.

So, going forward, make this a priority and see how your company benefits.

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All businesses need the right kind of clocks to monitor their employees time cards, otherwise you really can’t expect much in the way of results. That’s why so many companies like yours turn to Allied Time for their Time clock softwareneeds—if you can get them met there, they can’t be met!

How Vacuum Deposition Works

Vacuum evaporation is an important process in manufacturing

Written by: Denton Vacuum, LLC

Are you wearing scratch-resistant eye glasses? If you are, you can thank vacuum deposition systems for giving you clear vision! The process is an important turning point in manufacturing in the 21^st century. The basic process is simple, but the technique is used in situations where heat would damage the materials you want to coat.

Everything starts inside of a sealed chamber. The chamber contains the material that the manufacturer uses to coat the substrate. Those materials begin in solid form, but extreme heat liquefies and eventually evaporates the material. Cool air is pushed into the sputter coater at that point, which slows the molecules bouncing around the inside of the chamber. When the right temperatures is reached, the substrate is put into the chamber to receive a coating. The molecules eventually settle as they reach cooler and cooler temperatures, forming the thin coating around the substrate.

Thin film vacuum coating changes the property of the substrate. It can make a circuit board conducive, or add a glare-proof coating to glass surfaces. Solar cells use it to apply the coating that absorbs the sun’s energy and converts it into energy for the home. Vacuum evaporation is also used to distill liquids that have an unusually high boiling point, so it’s natural in food preservation.

Vacuums are important to manufacturing objects that have a low threshold with regards to heat. Too much heat, and the substrate will melt, but the coating typically requires extreme heat to break down into molecular form. Through an intense shift in temperature, from extreme heat to cold, the vacuum chamber solves these manufacturing road blocks and lets us create more durable and useful technology.

Using E-Beam Evaporation for Medical Technology

Article written by The Software Complex, latest software news and information

Modern medical technology is designed to use the least-invasive method possible to treat a patient. Using technology like a magnetron sputtering system, medical device manufacturers are able to make a number of improvements that make new devices possible and old treatments more effective. Here are just a few of the microscopic improvements driving medical technology today.

E-Beam Technology

E-beam systems are widely used with titanium to create medical equipment that is able to resist long term wear, while remaining light weight and flexible. This is the same process used to create metallic coating for pieces on an airplane or a space ship. Space-age technology, like a magnetron sputtering system, uses electrons to apply particular matter to something called the substrate. First, a pure alloy is broken down into a powdered form. Then, the alloy is super heated, and then a film is laid down on the substrate (usually according to a 3D model created ahead of the manufacture process). As a result, many medical implants can be cheaply manufactured.

Medical Applications

This technology is especially valuable for patients who need various implants. Orthopedic prosthesis manufacturers use this process to create the metal couplings on the prosthetics they create. This coating gives the patient more reliability in the product, and keeps it well protected from daily use. It’s also used in imaging technology, helping the system capture images and translates them into scans a doctor can read.

Sputtering also helps create medical devices that are less-invasive and easier for patients to use on a daily basis. Without this technology, much of our heart procedures might not be possible or would leave the patient in extreme discomfort.

Denton Vacuum, LLC makes systems for ion beam etchingof medical and optical devices. You can find the latest in sputtering and deposition technology at Denton Vacuum online.

Thin Film Deposition Explained

Thin film coatings help create medical devices, microchips and many other household products we use daily.

Written by: Denton Vacuum, LLC

When you want to apply a microscopically thin coating of a material, you need to use thin film deposition systems to do it. Thin film coatings are bonded to the material, called a substrate, and then used for a variety of applications.

We use thin film coatings to change the properties of something we are working with. In semiconductors, the process allows a circuit board to conduct electricity. Metal can be made less corrosive, and glass can be made anti-reflective or scratch resistant. We can even use the process to create a mirror-like surface by applying a thin reflective coating to a piece of normal glass.

Ion beam etching is equally important to a circuit board, helping engineers to create even smaller circuits working with microscopic coating.

Ion beam deposition is used in a number of household products you probably come into contact with everyday. Thin film coating can change how reflective a surface is, whether it reflects or refracts light, and even whether glass is reflect resistant. Thin films of ceramic coating can help decrease the possibility of corrosion in the substrate, helping increase the life span of the product.

Sensors contain integrated circuitry made possible by thin film deposition. The technology is also used to create the individual cells in a solar panel. Without thin film deposition, much of our way of life would be different. It’s true that we had mirrors prior to thin film deposition, but we are now able to mass produce many products we could not create before.

The Secret Formula for Entering Sweepstakes

Have you ever entered into a sweepstakes? Many people enter them regularly while others avoid entering them because they believe the odds are against them. While it might appear that the odds aren’t in your favor, the reality is that someone will win the sweepstakes and it could be you! For those that play regularly, whether it’s on a sweepstakes machine or the McDonald’s Monopoly game, it’s common to burn out. Unfortunately, many people want to give up right before a big win.

Here are some strategies and tips for entering and playing sweepstakes:

1) Be patient: Sweepstakes can be frustrating at times, however, it’s important to be patient with the process. Sweepstakes often take time to conclude because entries have to be verified and names have to be drawn. The average person has to wait a few months to win a prize even if they win. The average sweeper goes through a dry spell; it’s completely normal.

2) Remain determined: It’s important to stay persistent and enthusiastic which includes entering a high number of sweepstakes. It’s also a good idea to have a sweepstakes strategy. This is true for both traditional sweepstakes and those at an internet cafe business.

3) Stay optimistic: It’s important to be positive about your sweeping efforts, no matter whether you’re winning regularly or not. Enjoy the process and share the experience with family and friends.

4) Diversify your sweepstakes: For the best odds of winning, it’s crucial to enter a high number of sweepstakes regularly. It’s also a good idea to enter at different times of the day and from different locations. Look into all types of sweepstakes; there are many options out there!

5) Enter instant wins: One of the best solutions for sweepstakes burnout is to regularly enter small sweepstakes that don’t attract a lot of people. The odds of winning are much higher and the small prizes can serve as motivation to keep trying the larger sweepstakes. Another benefit of these is that the winner is often notified right away of winning. There isn’t as much of a time delay.

6) Read about other’s wins: One of the best tips to help you stay motivated is to read about the winners of sweepstakes. It will inspire you to keep moving forward with your sweeping hobby.

In addition to all of these tips, the biggest piece of advice is to have fun with the entry process. Entering sweepstakes is supposed to be a fun and exciting experience!

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Guest post is provided by Sweepstakes Machines, a leading