GNL CAD/CAM SDK
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GNL CAD/CAM SDK
The SDK offers users a powerful and user-friendly solution for developing their own CAD/CAM software and easily adding CAD/CAM features to their existing applications. Designed to generate fast, efficient, and accurate tool paths in modern manufacturing systems, this tool enables engineers and designers to optimize their production processes.
Advanced SDK Solutions for CAM Software
Advanced Tool Path Generation:
The SDK supports popular CAM strategies such as Contour Milling, Drilling, Face Milling, Pocket Milling, and Engraving. Users can create precise and efficient tool paths even for complex geometries.
Seamless Integration:
It can easily integrate into your existing software, working seamlessly with your CAD/CAM platforms and eliminating the need for additional software.
Flexible and Customizable Solutions:
The SDK can be customized to specific manufacturing processes and requirements. Users can develop their own CAD/CAM applications and define the tool path strategies they need.
Efficiency and Speed:
By saving time in the tool path creation process, it reduces production errors and enables faster results. Equipped with high-performance algorithms, the SDK ensures maximum efficiency and accuracy.
High Compatibility and Support:
The SDK is provided in .dll format and is compatible with all programming languages. It integrates easily and works smoothly on all platforms. Additionally, as an evolving solution, it offers user support and regular updates, ensuring access to the latest features and improvements at all times.
Tool Path Calculation Software Core for CNC Machines
This section includes definitions and functions of different cutting and processing operations used across various industries.
Plotting
Calculates tool paths by following the shape's outline. (Used in jewelry, gasket casting, laser cutting, foam, and fabric cutting sectors)
Contour Milling
Calculates tool paths by rotating inside and outside the shape. (Used in glass grinding and water jet machines)
Face Milling
Calculates tool paths for surface cleaning through scanning.
Drilling
Calculates tool paths for pecking and direct hole drilling.
Pocket Milling
Calculates tool paths to clear areas.
Engraving
Calculates tool paths for writing text.
Parameters
The tool's entry-exit movements, transitions between features, cutting, rapid movement, and safe height settings, as well as start/finish positions, are defined.
Machines Using GNL CAD/CAM SDK
Our company's GNL CAD/CAM SDK enables you to develop custom software for your machine. This way, you can control your machine and perform CAD/CAM operations from a single screen.
Router Machines
Our SDK is compatible with all types of router machines. It includes CAD drawing and editing tools. It supports X, Y, Z, and C (tangent axis). GCode output can be customized for each machine.
Fabric Cutting
Our SDK's Fabric module includes functions specific to fabric machines such as I and V notch, punch points, text writing, and dividing into sections.
Glass Cutting Machines
Our SDK's GlassOpt module includes functions specific to glass cutting tables such as minimum waste calculation, reports, and shape library.
Glass Polishing Machines
Our SDK's Glass module includes functions specific to horizontal and vertical glass polishing machines such as sensor-based resetting, entry and exit shape adjustments, and vacuum and support point settings.
Gasket Casting Machines
Our SDK's Gasket module includes specific functions such as start and end distance for casting, and extending the end point.
Water Jet Machines
Our SDK's Jet module includes functions specific to water jet machines such as corner slowdown, shape entry and exit point settings, and 45-degree cuts.
Foam Cutting Machines
Our SDK's Foam module includes functions such as manual cutting, bridge cutting, automatic track calculation, track duplication, saw axis, corner rounding, and saw gathering at limits.
Sewing Machines
Our SDK's Sewing module includes functions specific to sewing machines such as segmenting sewing steps, zigzag, stabilizing stitch types, assigning work orders to stitch points, and defining patterns (Line, Arc, and Spline).