Plasma, Waterjet and Laser Cutting | AKS Cutting Systems- error waterjet laser and plasma cutting toolpath is not supported by the post configuration ,Plasma, like lasers, cuts through materials faster than waterjets. Unlike lasers, plasma can cut through very thick materials. However, since plasma cuts with heat, there is a significant heat-affected zone on materials, so some sort of secondary finishing is required in many cases. Waterjets leave a perfect finish on the materials they cut ... Plasma Vs Laser Vs Waterjet Cutting Processes - DifferencesCuts thinner material with speed above 1000 inches per minute (“IPM”) Laser cutter can cut thick and thin material at the same time. Shuttle tables improve efficiency. Edge cut squareness is below 1 degree. Easy to automate. Produces a narrow heat affected zone (“HAZ”), better than plasma, but not as good like a waterjet cutting tool.
Abstract. The main objective of this paper is to select the best technology for cutting metal. In this article i will briefly discuss the different ways of cutting metal, such as water jet cutting ...
You need to drag langmuirs post file into.your fusion folder and then select it in fusion360 when you go to post process it. Sry forgot the name of the file but it’s in the langmuir downloads. Alex7142 January 3, 2021, 9:15pm #5 Make sure you have this. If not you need to drag this file into your fusion360 folder.
Pick 'Waterjet / Laser / Plasma' to see the WLPC posts. Give the torchmate, burny and hypertherm a try and see if it is close to what you want. I took a look at the GRBL site, https://github/grbl/grbl. Since GRBL does not support cutter comp G41/G42, the control will not automatically offset the toolpath for the cutter width.
Step 2: Stock, Setup and Feature Definition. Open the part file to be used for machining and activate your CAM Add-in via Tools > Add-ins > SOLIDWORKS CAM. Right-Click Stock Manager and select “Edit Definition”. Tech Tip: It is recommended to keep the depth of stock equal to the thickness of the part. For most operations, Z-Height is ...
not sure what that means, sorry. you're saying I can take the mach 3 laser file you made and edit it? or are you saying there is a mach 4 laser post processer out there that I'm not seeing? autodesk' processor files only show mach 4 milling, and that post file has no text within it regarding lasers, and will not post the toolpath in fusion when I try and post it.
Cuts thinner material with speed above 1000 inches per minute (“IPM”) Laser cutter can cut thick and thin material at the same time. Shuttle tables improve efficiency. Edge cut squareness is below 1 degree. Easy to automate. Produces a narrow heat affected zone (“HAZ”), better than plasma, but not as good like a waterjet cutting tool.
Toolpaths that used the Machine Configuration preview in Fusion 360 no longer generate and give "Error: No toolpath" after Manufacturing Extensions were added to the Manufacture workspace. The tool orientation tab is no longer available, message says "current tool orientation not supported with selected machine". Machine Configurations are now a paid feature and must be purchased through the ...
not sure what that means, sorry. you're saying I can take the mach 3 laser file you made and edit it? or are you saying there is a mach 4 laser post processer out there that I'm not seeing? autodesk' processor files only show mach 4 milling, and that post file has no text within it regarding lasers, and will not post the toolpath in fusion when I try and post it.
See this article for more information: "Milling toolpath is not supported by the post configuration. Failed while processing onOpen()." Failed while processing onOpen()." while posting the drilling toolpath in turning module in Fusion 360
Unable to find Turning or Water/Laser/Plasma cutting toolpaths in Fusion 360 MFG workspace. It appears only the Milling toolpaths are available.
Plasma, like lasers, cuts through materials faster than waterjets. Unlike lasers, plasma can cut through very thick materials. However, since plasma cuts with heat, there is a significant heat-affected zone on materials, so some sort of secondary finishing is required in many cases. Waterjets leave a perfect finish on the materials they cut ...
Waterjet machines are useful for performing precise cuts with metal, glass, stone, ceramic, plastic and even wood. On the other hand, lasers can be used to work with sheet metal parts at a fast pace, while offering good capability up to 1-in. thick mild steel. Beyond that, laser cutting is beneficial as it can offer unattended operation and low ...
The purpose of this function is to turn the power off during rapid moves. The BB Controller has a similar capability built in. It' called 'rapid-auto-off' and can be configured on the 'Tool' page with 'PWM Spindle' selected. If you use this capability on the BB Controller configuration, you should not have to configure F360 for plasma cutting.
BobCAM for SOLIDWORKS™ software is a powerful CAM solution for CNC laser, plasma, and waterjet machines. It delivers the precision you need to machine everything from simple 2 axis jobs to complex multiaxis parts. You control a full range of sophisticated and fully associative machining strategies using an intuitive wizard driven interface ...
Note: 4-axis Limit option is only available in CAM Beta mode. For general 4-axis Verify that the tool orientation selection is correct. In this example the X-axis should align with what will be the rotary A-axis as shown here:
Find your newly added tool and hit the Select button in the top left. Step 2: Stock, Setup and Feature Definition Open the part file to be used for machining and activate your CAM Add-in via Tools > Add-ins > SOLIDWORKS CAM. Right-Click Stock Manager and select “Edit Definition”.
Post processors need to have the new laser setup variables/commands in them to be recognised in that drop down. A laser pp that worked prior to the module works in a different way. You would need to edit the processor to use the new setup. The Post Processor Editing Guide on the Help menu will show you what you need to add/amend.
Toolpaths that used the Machine Configuration preview in Fusion 360 no longer generate and give "Error: No toolpath" after Manufacturing Extensions were added to the Manufacture workspace. The tool orientation tab is no longer available, message says "current tool orientation not supported with selected machine". Machine Configurations are now a paid feature and must be purchased through the ...
This allows you to cut almost any material without introducing heat, which could affect its structure and properties. In this week' lessons, we'll explore how to setup and validate a 2D waterjet cut on a quadcopter chassis. Creating a 2D cutting CAM setup 3:06. Defining a waterjet cutting toolpath 9:30. Simulating a waterjet cut 4:04.
Abstract. The main objective of this paper is to select the best technology for cutting metal. In this article i will briefly discuss the different ways of cutting metal, such as water jet cutting ...
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Plasma cutting requires high pressure for the gas and an electric arc of high current at the cutting location. The process consumes a lot of energy. Waterjet cutting only requires a high-pressure water pump. It consumes a lot less power. Waterjet cutters have a clear edge over plasma cutters for energy consumption.
Unable to find Turning or Water/Laser/Plasma cutting toolpaths in Fusion 360 MFG workspace. It appears only the Milling toolpaths are available.
Error: Waterjet, laser, and plasma cutting toolpath is not supported by the post configuration. ^^^^^ Error: Failed to invoke 'onOpen' in the post configuration. Error: Error: Failed to execute configuration. Stop time: Wednesday, January 10, 2018 1:05:33 AM Post processing failed. Any ideas? Robert
