Desktop Metal’s Post

#MANUSpostdeveloper allows you to test the ability of your CNC post processor to generate the correct NC program output before making a purchase. There is no need to buy the post processor without being sure of it. Here's what you need to do: ⚫ Select your CNC machine from the #MANUSpostdeveloper library. ⚫ Upload your APT/CL file. ⚫ Customize your CNC post processor according to your needs. ⚫ Generate the NC program within MANUSpostdeveloper. ⚫ Download the NC program, test it on your CNC machine, and then make a purchase decision.

#MANUSpostdeveloper ensures that you can test the CNC post processor's capability to generate the correct NC program output before making a purchase. It doesn't require you to commit to buying the post processor without knowing the NC program's output. You can simply: -Choose your CNC from the MANUSpostdeveloper library. -Upload your APT/CL file. -Customize your CNC post processor to your specifications. -Generate the NC program within MANUSpostdeveloper. -Download the NC program and test it on your CNC machine before making a purchase decision.

Need to digitize A0? A1? Arch E, D? ANSI? Or just random sized paper sizes? Find out how the different paper size standards fit with the widths of large format scanners right here: https://lnkd.in/g9cnyAun #largeformatscanning #papersizes

In this on-demand webinar, you'll learn about the performance, maintenance applications, and real case scenarios of the Creaform HandySCAN MAX https://zurl.co/CRnh

Your design process may involve multiple iterations of an assembly model as the design and manufacturing process moves from the earliest concept to a profitable production product.  Perhaps you may wish to evaluate different configurations, compare possible cost saving, or compare quality improvements for your existing products.  #3dcs #tolerance #stackup https://lnkd.in/d4mT2K3A

Experience the power of MANUSsim in action! Our software goes beyond traditional CAM simulations by accurately replicating the true G code. This allows for precise cut stock - model comparisons, enabling you to identify crucial areas such as: 🟢 Green Zones: Where the part is cut within tolerance, ensuring a perfect match between cut stock and model surfaces. 🔴 Red Zones: Highlighting gouges on the model for easy detection and correction. 🔵 Blue Zones: Identifying areas of excess material left uncut, optimizing your machining process. Try free MANUSsim demo from the link below! 🔗#MANUSsim: https://lnkd.in/dRxRR95

Have you ever had a problem when the tool length set in the machine doesn’t match with the tool length that was programmed in the CAM system? How can you be 100% it is correct? hyperMILL CONNECTED Machining ensures seamless networking between the CAM software and machine. With bidirectional data exchange between the controller and hyperMILL, various configurations like zero-point definitions, tool data, and setting parameters are checked against the program data before the NC program is released, ensuring safety and preventing operating errors.

MANUSsim stands out by simulating the true G code, unlike most CAM software that only simulates the toolpath. This distinction enables MANUSsim to conduct precise cut stock - model comparisons based on the actual G code. With Cut Stock - Model comparison tool, you can identify: 🟢 Green Zones: Surfaces where the part is cut within tolerance, indicating a match between cut stock and model surfaces. 🔴 Red Zones: Highlights gouges on the model. 🔵 Blue Zones: Indicate areas of excess material left uncut. You have the flexibility to define a tolerance for the green zone, expanding the acceptable range. By clicking on any point on the cut stock, MANUSsim provides instant feedback: ✔ Clicking on a green surface reveals the distance between the cut stock and the model at that point, always within the defined tolerance. ✔Clicking on a red surface provides the depth of the gouge into the model. ✔Clicking on a blue surface displays the amount of excess material at that point. 📏✂️🔍

Our latest NX™ software tips and tricks episode focuses on new Variation Flange functionality added to the December 2023 release. Here's what you will learn about 👇 The ability to create complex flanges by selecting any tangential set of edges 📏 Varying both the length and angle to construct sheet metal geometry 📐 Take a look at the blog 📚 https://sie.ag/6QadCp Watch the full video here ▶️ https://sie.ag/jBX6c #NXmakesitreal

Our latest NX™ software tips and tricks episode focuses on new Variation Flange functionality added to the December 2023 release. Here's what you will learn about 👇 The ability to create complex flanges by selecting any tangential set of edges 📏 Varying both the length and angle to construct sheet metal geometry 📐 Take a look at the blog 📚 https://sie.ag/6QadCp Watch the full video here ▶️ https://sie.ag/jBX6c #NXmakesitreal