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Why Are Blades Used For Printing?

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As almost everyone knows these days, printers are incredibly complex machines that are meticulously crafted with intricate detail and precision. It should be obvious that the bigger the printer is, the more complex it becomes, and that is only further complicated by what it is being printed. Of course, even with knowing how complex printers are, you might not have the slightest inkling as to what is really inside them. Ink probably comes to mind, perhaps even some form of a lens, but other than that, you might be completely clueless of whatever else they contain. Therefore, you might be surprised to learn that there can actually be blades inside some of them.


When hearing that a blade might be in a printer, your first reaction might be to question why. While this is certainly a valid inquiry, you should be relieved to know it is not for any nefarious purposes. In certain printers, a cylinder is covered with ink and is rolled across the desired material, and the excess ink is then essentially sheared off. This prevents a build-up of ink, as well as prevent the image from smearing.

What Kind?

Next, you might be wondering what sort of materials these blades are made of. A far cry from the metallic swords and knives that might have sprung to mind, these sort of blades are typically either a plastic or composite blade. The plastics can be nylon, delrin, or ultra high molecular weight polyethylene, and the composites can be mylar, fiberglass, or graphite.

Blade Shape?

It be even more surprising to learn that the blades themselves can have different edges depending on their requirements. They might have a seal relief, unhoned, or standard edge. Each has it own use and specific purpose.

This is only one component of printers, so be sure to appreciate just how complicated these machines truly are.

What Is Cat5 Cabling?

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What Is Cat5 Cabling?

Whether you are running cable TV connections, telephone lines, or internet connections, chances are your services needs some type of cable wires. For many of these types of jobs, the person who installs the service using category 5 cabling, which is also sometimes referred to as cat5 cabling.

What It Is

In addition to being called a Cat5 cabling, category 5 cabling is sometimes referred to as an ethernet cable or a LAN cable. This type of network cable includes four twisted pairs of copper and an RJ-45 connector. Cat 5 cabling has a maximum length of 100 meters. If it is longer than that, it will require a bridge or another network device to prevent issues form occurring.

Advantages and Disadvantages of Category 5 Cabling

As with any type of cabling, category 5 cabling and installation has advantages and disadvantages. One of the main reasons that businesses continue to use this type of cabling for their installation needs is because of the cost. Cat 5 cable is one of the most affordable networking cabling options available and can be used as a cross-over cable as well, making it even cheaper.

Category 5 cabling is also an excellent choice because of its transfer speeds. It works well with high rates of transfer, especially among personal networks. It can also transfer up to four signals at once.

Finally, category 5 cabling is incredibly versatile. Two forms of cable are available. One, the solid conductor form, is a stiff cable and connects to wall sockets via a central panel. It is the cheapest type of Cat 5 cable. The other, a stranded form, connects computers to a wall socket and is a more flexible cable. The versatility makes category 5 installation the perfect option for a variety of uses.

Regardless of what you decide to use category 5 cabling for, ensure you hire professionals to install it. This way, you will get the most for your money and avoid any problems in the future.

Current Trends Transforming the Medical Implant Industry

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Medical implants include a variety of materials for different parts on the body. Newest innovations are transforming the medical implant industry using the latest technology. The latest advancements are challenging the industry to create innovative products using new and traditional materials. Here are some of the latest trends taking hold of the industry.

Stainless Steel

Stainless steel has been used for bone implants such as hip replacements for years. The metal is highly regulated with under the ASTM F138 guidelines. The metal has used in dental implants as well as creating fine wire and bars for various other purposes. Stainless steel has been in use since the mid-1990s and continues to be a viable material for medical implants.

Surgical Mesh

Surgical mesh is a sheet used to permanently or temporarily support various tissues and organs in the body during surgery. Biological and inorganic materials weave together to create the sheets. The material has been in the news regarding the potential side effects and safety of use.

3D-Printed Bio-Materials

The creation of 3D printers has created a new wave of medical implants created by scientists. A microfluidic approach helps them engineer tissues using implantable materials to create exact human tissue replications. The potential for this new technology is only barely being discovered.

Silicone Gel

Silicone gel features a texture that is rubber-like or liquid and generally heat resistant. The inert polymer has no known reactions or allergies in humans. The material is most commonly used in breast implants. Currently, the tracheal stent market is growing. If leaked into the body, the silicone may cause problems for the patient.

Research into new materials and technologies in the medical implant industry is changing the face of medicine. As new technologies are developed, patients can expect to receive better care with materials designed to work with their bodies. The long-term solutions can only be expected to continue to grow as researchers learn more about how to use the available materials in the body.

Chaos Engineering

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When you are browsing your favorite sites, it is highly unlikely that they will experience downtime during your experience. For all of the complexity behind computer networks and user devices, technology is probably more reliable than it should be. With this said, there is always the possibility of technology going haywire, and your favorite website could be down indefinitely. Even worse, the site that you host could go down, and you end up in an IT disaster recovery frenzy. In either case, consumers will flock to social media to express displeasure and directly inquire as to when the site(s) will function again. You surely do not wish to endure this experience, and chaos engineering may be able to help with that.

Simulating Chaotic Environments

For most personal and professional websites, user traffic follows specific trends, and hosting receives a boost for increased traffic. Activity on the infrastructure of website factors into the daily routine of business and is usually a second thought. However, unexpected events are apart of business and disaster may strike at a moment’s notice. Website owners prepare for these circumstances; many companies turn to chaos engineering to similar strenuous environments on sites. For the uninitiated, chaos engineering involves introducing the undesired activity to a stable climate to simulate disaster scenarios.

Creating Stress Tests

Chaos engineering was popularized by Netflix roughly one decade ago, and these tests have proven fruitful. Netflix is one of the most frequented platforms in history and having a stable environment is pivotal to that type of business model. According to technology experts, chaos engineering is most beneficial when changes begin small and gradually increase over time. Performing these types of tests will allow web administrators to gain a more thorough understanding of the platform at hand. Chaos engineering will inevitably become more common as the performance of websites and virtual platforms becomes more important.