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Like all technologies, ML and AI have their flaws, but the benefits ultimately outweigh any of the potential drawbacks, for these predictive insights allow companies to improve operations in ways they never could have prior to implementation.

Machine learning essentially enables their computers to become acquainted with their systems and determine the best next steps to take if and when problems arise.

Computer systems almost take on the form of electronic consultants, as they will provide leaders with the guidance they need to grow and improve. Regardless of the myths and mysteries that come along with artificial intelligence and machine learning technologies, these tools are not as scary as they might seem. Leaders try to rationalise their hesitation by claiming that ML and AI are too new, but considering the concept has been around for nearly 60 years, it is clear that these tools have had the time to mature.

However, those who remain reluctant need not invest in an entirely new infrastructure up front. Yet, while machine learning and artificial intelligence systems represent the future of business, these technologies also embody the present. Those companies that are focused on remaining relevant in the future have already begun to embrace ML and AI today.

Leaders understand that, for continued success, they must not fall behind. They must remain on the cutting edge if they wish to get their slice of the pie.

Leading pump manufacturer Grundfos has announced the appointment of Ki Woong Ahn to the role of Country Manager of Grundfos Singapore, with effect from August 1 st , Both high-strength composite 3D printing and metal 3D printing are valuable fabrication methods. Used separately, they address a broad spectrum of manufacturing use cases.

Together, they enhance each other and provide clever solutions. There are several ways you can leverage these complementary technologies to quickly improve your manufacturing processes. By Markforged. Each printing technology leverages the advantages of additive manufacturing to create parts suited for different aspects of the manufacturing process. By understanding their strengths, you can maximize the utility of high-strength 3D printing in your operation.

While all parts require design for manufacturing, metal 3D printing allows you to print part geometries that are expensive or impossible to machine. Printed metal parts can be post processed with conventional metal fabrication processes like tapping, polishing, or machining.

However, with the freedom to design intricate metal parts comes a problem—the more complex the part, the less likely standard workholding can hold it.

Composite 3D printers enable fabricators to manufacture high-strength conformal workholding without consuming machine bandwidth. With them, you can produce low-cost tooling and fixturing capable of handling high loads and machining fluids. For low-volume metal parts, printing both the metal part and the high-strength composite fixture will simplify your workholding design process while ensuring a perfect fit. Custom tools are often prohibitively expensive to create. Tools are often made of multiple materials to maximize performance: many hammers, for example, have hard, heavy metal heads and light, shock-absorbent fiberglass handles.

Leveraging the secondary properties of each material yields strong tools that can be either hard and wear resistant or tough and non-marring. These two fabrication methods are similar in execution, but produce parts with a wide variety of material properties.

Having two different fabrication methods—one for PH stainless steel, and one for industrial composites—enables you to 3D print parts for a wide range of requirements and use cases, from tooling and fixtures to low-volume end-use parts and functional prototypes.

Current and potential employees in Singapore will soon be able to add robotics literacy, an increasingly important skill, to their CVs as automation gains wide adoption in the country. While manufacturers have been collecting information from across the manufacturing floor for decades, in recent years the cost of implementing smart sensors has gone down significantly, and conversely, analytics capabilities have grown extensively.

As a result, today we have the technology to go beyond data capture to extrapolate near real-time insights to inform and optimise processes for better outcomes. This is the nirvana of the Smart Factory. In its landmark study, The Internet of Things: Mapping the Value Beyond the Hype, the McKinsey Global Institute proclaimed the greatest potential for creating value from the IoT for manufacturers will be in operations optimisation—making the various processes within the factory more efficient.

This includes using sensors, rather than human judgment and human error , to adjust the performance of machinery. It also involves use of data from production machinery to adjust workflows to eliminate unproductive practices, capacity erosions, inefficiencies and line performance bottlenecks. This is done by remotely tracking, monitoring, and adjusting machinery, based on sensor data from different parts of the plant and even across plants.

Monitoring machines to harness and understand data can help manufacturers optimise machine performance by enabling more proactive, predictive maintenance. Using sensors to determine when machines need service can prevent breakdowns and save on routine maintenance costs. Connecting equipment with sensors through a common platform can provide invaluable data about the ongoing condition of equipment that can be analysed to predict potential points of failure for equipment breakdown and production shutdown.

In the event a breakdown does occur, organisations can analyse this data to determine root cause and take corrective actions to prevent future occurrences. Additional technical and purchase information can be found on the 3Dconnexion website. Most computers today have some kind of anti-virus software to protect from unwanted malware. In some cases, these have been found to interfere with applications such as Mastercam which are running on the computer. CNC Software does not recommend specific anti-virus products, but if you see unexpected issues, it may be a conflict with anti-virus software.

Try temporarily disabling the anti-virus software or setting an exception for Mastercam. Our global community of Mastercam users, experts, educators, and enthusiasts helps you get the most from your investment. Skip to content. Stay up to date with the latest version of Mastercam. Full 3D CAD modeling.

Context-sensitive help available from all dialog boxes. Robust 2D through Multiaxis cutting strategies. Explore Mastercam products including Mill , Lathe , and Router.

Intelligent, stock-aware toolpaths. Complete tool library and custom tool support. Get your free copy of Mastercam Learning Edition today! Request a Free Mastercam Download. Dynamic Motion Extend tool life with proprietary toolpath strategies that maximize material removal rate and reduce cycle times. Advanced Toolpaths Reduce costs and cut programming time with advanced toolpaths like Deburr and Equal Scallop. Valuable Experience Build your expertise using the CAM software that more schools teach—and more professionals use—than any other.

Port Expert. Blade Expert. If your reseller Cimtech is telling you to hold tight then they may not help with issues resulting from forcing a windows update so proceed at your own risk. I am still seeing this problem. Here are the manifestations: 1. Isn’t noticeable right after a computer restart, but gets progressively worse after the workstation has been running a day or two 2.

Mastercam takes minutes like, literally, 5 minutes to start up 3. IMO, that is not a viable solution. My current strategy is to restart my workstation every couple days. I get that a lot of folks probably shut down their workstation every evening after the workday, but I leave mine on pretty much all the time because, well, I’m working pretty much all the time. Anyway, that’s what I know.

HuFlungDung Diamond. Joined Jan 19, Location Canada. Could it be due to the system modifications due to the Spectre and Meltdown issues? Check grc. So then you can check how your system performs either way. Are you active on the Mastercam Customer Forum?

In case you aren’t there’s a thread stuck at the top of the forum pertaining to your issue. Doesn’t look like Mastercam has come up with a final solution yet, but maybe there’s some info in there that might be of interest to you. On startup it will re-create the setup files. You can just rename it back if it didn’t do anything. Joined Feb 4, For those that do not have a dedicated graphics card on their laptops, go to start menu or windows icon in the bottom left of screen and click on icon.

This should help load Mastercam faster.

Disable hardware acceleration mastercam 2018 free

 
Click on Start > Control Panel. In the classic view, double click on the Display icon. Select the Settings tab and click on the Advanced button. The Advanced Settings dialog box appears. Click on the Troubleshoot tab. You can disable the hardware acceleration completely by dragging the slider to the extreme left of the scale. Feb 05,  · For those that do not have a dedicated graphics card on their laptops, go to start menu or windows icon in the bottom left of screen and click on icon. Go to Mastercam folder, click on arrow or sub-menu folder and go to advance configuration, then click on graphics, then click on DISABLE HARDWARE ACCELERATION. This should help load Mastercam faster. Apr 09,  · BUT with hardware acceleration disabled highlighting lines or surfaces on a solid is almost unresponsive. Here are my pc specs: Intel Core iK @ GHz. GB of MHz RAM. Windows 10 bit. MSI GTX GamingZ 8GB GDDR5. Any help with this would be appreciated. Quote. Link to comment.5/5(1).

 
We recommend a minimum of 8 GB of memory. Printed metal parts can be post processed with conventional metal fabrication processes like tapping, polishing, or machining.

Disable hardware acceleration mastercam 2018 free. How to Force SOLIDWORKS to Use Your Graphics Card

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