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InteGNPS(Intelligent Numerical Control Nesting Programming System) is a system that supports nesting and numerical control programming on numerical cutting machines! This InteGNPS can be used with AutoCAD to draw parts and nesting, and is applied to nesting operations of flame, plasma, laser, waterjet and other types of data cutting. Built-in with CAD, graphics library, quick nesting, intuitive simulation, and hundreds of numerical control systems. The version we provide for download is a cracked version without the need for a dongle to use!

InteGNPS Features

InteGNPS can automatically generate the required numerical control codes (disk files, paper tapes) for various numerical cutting machines with just one nesting. It boasts automatic nesting, intelligent anti-deformation technology for thin sheet parts, intelligent approach (exit) lines, intelligent continuous cutting, software compensation, interference point check, bridging, common edges, mixed programming for multiple processes (cutting, powder spray coating, punching, drilling, riveting all in one), code optimization, syntax check, cutting various fonts, automatic memory of programming parameters, automatic calculation of cutting time, cutting line length, workpiece weight, area, and material utilization rate, and generate detailed printed reports.

InteGNPS Highlights

Easy to use and quick to learn.
Effective integration with AutoCAD software, AutoCAD graphics can be directly used for nesting.
Supports multi-language, currently available in simplified Chinese and English versions.

Unique cumulative error intelligent correction technology ensures that the accuracy of numerical control programs reaches the pulse-level precision of the numerical control system (highest precision), regardless of how complex the nesting diagram is.

Unique function to merge continuous straight line segments, which merges continuous straight lines when the angle between the continuous lines is around 180 degrees and the angle is small, reducing jitter of the cutting machine when cutting spline-fitted curves and also reducing the number of instructions in the numerical control code.
Unique intelligent anti-deformation technology for thin sheet parts that rationally prevents deformation during cutting of thin sheet parts.
Unique intelligent continuous cutting technology that significantly reduces the ignition frequency and improves cutting efficiency.
Unique intelligent approach (exit) line technology that automatically selects effective view angles for introducing and exiting based on the location of ignition points, and automatically introduces and exits small circular holes from the center of the circle.
Unique mobile software compensation function that can be used when the cutting machine does not have a compensation function. Mobile software compensation can rationally handle the continuous state of the cutting point.
Unique intelligent overcut technology that rationally handles the continuous state caused by cutting machine compensation and the difficult problem of the convex angle at the cutting point caused by low-temperature plasma cutting.
Capable of cutting non-closed figures, which can be used in many unique applications. Non-closed figures can be used to conveniently achieve continuous cutting, common edge, anti-deformation, etc., by manually making handicrafts.
Built-in text cutting control module that is suitable for personalized fonts under Windows as well as cutting of personalized fonts under AutoCAD, providing convenience in text cutting.
Easy to modify part drawings and cutting point positions, enabling free selection of cutting orientations for effective avoidance of cutting deformation.
Repeated cutting function that can be used for a specified recutting process.
A unique numerical control machine tool program flow that can be used simultaneously for composite command programming of cutting, powder spraying, punching, drilling, and riveting (cutting machine hardware configuration needs to be compatible).
Unique function that converts small arcs into parallel line segments, preventing the axis from getting stuck when resolving issues with small arcs.
A display screen that simulates and demonstrates the entire cutting process of a numerical control machine tool, with syntax check and intervention point verification functions.
It enables viewing the printed software nesting diagram and various key parameter tables (text and tables), and can print out the numerical control machine code.