FLCAM Automatic Nesting Software
● This software is a high-end automatic blanking software developed by ourselves for NC sheet metal processing.
● This software has many advantages, such as simple operation, advanced automatic nesting core, strong graphics processing ability and so on.
● It can be used in industrial enterprises with large blanking volume, which can significantly improve the utilization ratio of blanking sheet and reduce the blanking time.

Drawing Interface of Class AUTOCAD
●This software adopts the drawing and editing interface of CAD-like. Users can operate quickly and flexibly without special training.

Software supports import and export of various graphic file formats
● This software supports importing functions of DXF, PLT, CAM and various G code formats. It is convenient for users to interact with CAD and other CAM software graphics.

Powerful Graphics Processing Ability
●This software can import larger graphics for processing, in order to realize the ability of processing complex crafts on the cutting machine.
● Some complex single figure can be offset (slit compensation) operation.
● The spline curve can be processed quickly, and can be fitted with arc and straight line according to certain precision, so as to meet the needs of NC machining.

Full Autonomous Material Setting Core with Powerful Function
● This software adopts the powerful automatic nesting core developed by our company for many years.The core of this package has reached the level of the most advanced core in the world. It can nest real shape parts into special-shaped and rectangular sheets with extremely high utilization and efficiency, and the efficiency and speed of nesting are independent of the complexity of the parts. It improves the utilization rate and survival efficiency of sheets.
● The automatic nesting core can also be used in various industries (such as leather processing, wood processing, fabric processing, etc.) to increase material utilization and reduce nesting time.

Dynamic Simulated Machining Function
● Users can return the generated G code to graphics and simulate it to check the correctness of the code before processing.