Implementing open in real time lines of communication between our engineering and shop floor is critical to getting parts, produce and out the door on time. Communication across a company is important. No one's going to deny that, but ensuring that everyone within the company has access to a single source of truth and is making decisions based on the same set of data is imperative. Otherwise, we may just be guessing at the latest revision of a file and producing nothing but scrap. With the Dell new manufacturing portfolio inside of 3D experience, works data is collected throughout the entire process, from starting with analyzing the part to shipping it out the door. All stakeholders have real time visibility to make fast and accurate decisions on the quoting and planning side. You have access to Dell Muse Manufacturability check. Here you can virtually place a part onto your routine and check for things like standard whole sizes in deep or flat bottomed holes. You can set manufacturing parameters for your machines to help analyze your manufacturing processes, both on the additive and subtractive side. If you find any issues, you can use the markup features to send the details directly to the engineer using the Integrated Communication tool. Easily add text and graphics, then take a snapshot of the 3D model and send it out for review. With the changes made in the part finalized, there's no need to reopen in reinsert the part again. You can simply replace the existing part with the new revision after running it through the manufacturer or ability check one more time. Just to be safe, we can send it off from any factory. When it's time to start programing the part, just open the machine excel that we have created in Dell Muse Shop for Machining. These machining cells can be saved to the template to include any tooling and fixtures, thus eliminating the time consuming task of loading tools and placing voices. They'll reuse shop floor. Machining takes a lot of the guesswork out of your programing by including easy to follow pop ups. Your tool parts are displayed using kinematics of your actual machine. Tell me who creates a virtual twin accurately shows what will happen on the shop floor without the risk of crashing your machine in real life. Industrial robotics are becoming a standard these days in almost every manufacturing facility. Although the use of industrial robots has become more common programing, them can still prove challenging. Dale means robot programmer essentials gives you the power to easily program and simulate robotic arms. The programing is done completely offline so your equipment can stay up and running. What you program in Simulate new tasks. Dale Miele's Robot Programmer lets users easily place robotic arms end shows possible locations based on the robot's reachability. A true virtual twin can be created by combining or manufacturing cells on the factory floor with. They'll be a factory simulation engineer. Users can simulate and optimize material flow and resources using a virtual twin of their facility. Users are able to optimize layouts, plan for expansion and create flow studies to track efficiencies, all while using an accurate, scalable representation of their production environment. Whether you're programing CNC machines and robots, or creating optimum production floor layouts, the 3D experience works. Manufacturing solutions are ready to help you expand your horizons.