[Most Popular] Sheetcam Tng License Camlic16
[Most Popular] Sheetcam Tng License Camlic16
Sheetcam TNG is a popular CAM software for CNC machines that can handle various cutting methods, such as milling, routing, plasma, waterjet, laser and oxy-fuel. Sheetcam TNG is suitable for hobbyists and professionals alike, as it offers a low cost but feature packed solution for creating and editing cutting paths. Sheetcam TNG also supports a wide range of post processors, including the Avid CNC Mach4 post processor that is specially designed for plasma cutting machines.
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One of the advantages of Sheetcam TNG is that it does not require a dongle or a hardware key to run. Instead, it uses a license file that is emailed to the user after purchasing the software. The license file contains a unique code that identifies the user and allows them to run Sheetcam TNG on any computer. The license file also unlocks all the features of Sheetcam TNG, such as nesting, rotary axis support, drag knife support, and more.
The license file for Sheetcam TNG has the extension .camlic16, which stands for CAM License 16-bit. This is because Sheetcam TNG uses a 16-bit encryption algorithm to protect the license file from being tampered with or copied. The license file is tied to the user's name and email address, and cannot be transferred to another person. If the user changes their name or email address, they need to contact the Sheetcam support team to get a new license file.
To install the license file for Sheetcam TNG, the user needs to follow these steps:
Download and install Sheetcam TNG from [the official website].
Save the license file (.camlic16) to the Downloads folder or Desktop.
Run Sheetcam TNG and select the default language.
Use the Sheetcam TNG setup wizard to configure the software for the desired cutting method and machine.
Navigate to Help > Install license file and select the license file (.camlic16) from the Downloads folder or Desktop.
Restart Sheetcam TNG and enjoy all the features of the software.
Sheetcam TNG is one of the most popular CAM software for CNC machines because it offers a simple but powerful interface, a flexible and customizable post processor system, and a reliable and secure licensing method. Sheetcam TNG is compatible with Windows XP, Vista, 7, 8, 10, Linux and Mac OS X (with Wine). Sheetcam TNG can be purchased from [Avid CNC] or [Geek's CNC] at a reasonable price of $150. In this article, we will explore some of the features and benefits of Sheetcam TNG, as well as some tips and tricks to get the most out of the software. We will also compare Sheetcam TNG with some of the other popular CAM software in the market, such as Fusion 360, Mach3, and LinuxCNC.
Features and Benefits of Sheetcam TNG
Sheetcam TNG is a versatile CAM software that can handle various cutting methods, such as milling, routing, plasma, waterjet, laser and oxy-fuel. Sheetcam TNG can import files from different formats, such as DXF, SVG, HPGL, Gerber, Excellon, G-code, and more. Sheetcam TNG can also create files from scratch using its built-in drawing tools, such as lines, arcs, circles, rectangles, polygons, text, and more.
Sheetcam TNG has a user-friendly interface that allows the user to easily create and edit cutting paths. The user can adjust the cutting parameters, such as feed rate, spindle speed, depth of cut, kerf width, pierce height, and more. The user can also preview the cutting paths in 2D or 3D mode, and simulate the cutting process in real time. Sheetcam TNG can generate optimized G-code for the selected post processor, and save it to a file or send it directly to the CNC machine.
Sheetcam TNG has several features that make it stand out from other CAM software. Some of these features are:
Nesting: Sheetcam TNG can automatically arrange multiple parts on a sheet of material to minimize waste and maximize efficiency. The user can specify the margin, gap, rotation angle, and priority of each part. The user can also manually move or rotate the parts on the sheet to fine-tune the layout.
Rotary axis support: Sheetcam TNG can create cutting paths for rotary axis machines, such as lathes or tube cutters. The user can define the diameter and length of the workpiece, and select the axis of rotation. Sheetcam TNG can automatically wrap the 2D cutting paths around the workpiece, or create 3D cutting paths using a rotary post processor.
Drag knife support: Sheetcam TNG can create cutting paths for drag knife machines, such as vinyl cutters or paper cutters. The user can specify the offset and angle of the drag knife blade, and Sheetcam TNG can automatically add corner actions to lift or swivel the blade at sharp corners.
Plasma THC support: Sheetcam TNG can create cutting paths for plasma machines with torch height control (THC). The user can set the desired cut height and voltage for each layer or part. Sheetcam TNG can also add pierce delay and cut delay commands to control the timing of the plasma arc.
Customizable post processor: Sheetcam TNG supports a wide range of post processors for different CNC machines and controllers. The user can select from a list of predefined post processors, or create their own using a simple scripting language. The user can also edit or modify the existing post processors to suit their needs.
Tips and Tricks for Using Sheetcam TNG
Sheetcam TNG is a powerful CAM software that can help the user create high-quality cutting paths for their CNC machines. However, to get the best results from Sheetcam TNG, the user should follow some tips and tricks that can improve their workflow and output. Some of these tips and tricks are:
Use layers: Sheetcam TNG allows the user to organize their parts into different layers. Each layer can have its own color, name, visibility, cutting parameters, and post processor. The user can use layers to group parts by material type, thickness, color, or any other criteria. The user can also use layers to create multiple operations on the same part, such as drilling holes before cutting contours.
Use rules: Sheetcam TNG allows the user to create rules that can automatically assign cutting parameters or post processors to parts based on their properties. For example, the user can create a rule that assigns a plasma post processor to all parts that have a thickness greater than 10 mm. The user can use rules to simplify their workflow and avoid manual errors.
Use templates: Sheetcam TNG allows the user to save their settings as templates that can be reused for future projects. The user can save templates for different types of machines, materials, or jobs. The user can use templates to save time and ensure consistency across their projects.
Use macros: Sheetcam TNG allows the user to create macros that can perform complex or repetitive tasks with a single click. The user can create macros using the built-in macro editor, or record their actions using the macro recorder. The user can use macros to automate their workflow and increase their productivity.
Use plugins: Sheetcam TNG allows the user to extend its functionality by installing plugins that can add new features or enhance existing ones. The user can download plugins from [the official website] or [the Sheetcam forum], or create their own using the plugin SDK. The user can use plugins to customize Sheetcam TNG to their specific needs and preferences.
Comparison of Sheetcam TNG with Other CAM Software
Sheetcam TNG is not the only CAM software available in the market. There are many other CAM software that can also create cutting paths for CNC machines, such as Fusion 360, Mach3, and LinuxCNC. Each of these CAM software has its own strengths and weaknesses, and the user should choose the one that best suits their requirements and budget. Here is a brief comparison of Sheetcam TNG with some of the other popular CAM software:
- Supports various cutting methods- Has a simple but powerful interface- Has a flexible and customizable post processor system- Has a reliable and secure licensing method- Has a low cost but feature packed solution
- Does not have a built-in CAD module- Does not support 3D modeling or machining- Does not have a cloud-based platform or collaboration features- Does not have a built-in CAM simulator or debugger
- Has a built-in CAD and CAM module- Supports 3D modeling and machining- Has a cloud-based platform and collaboration features- Has a built-in CAM simulator and debugger- Has a free version for hobbyists and students
- Has a steep learning curve- Has a complex and cluttered interface- Has a limited and fixed post processor system- Has an expensive subscription-based licensing method- Requires an internet connection to run
- Supports various cutting methods- Has a simple and intuitive interface- Has a flexible and customizable post processor system- Has a low cost but feature packed solution- Can run on older or low-end computers
- Does not have a built-in CAD or CAM module- Does not support 3D modeling or machining- Does not have a cloud-based platform or collaboration features- Does not have a built-in CAM simulator or debugger- Requires a parallel port or an external motion controller to run