Milling turning CAM software

MECHANICAL MACHINING

All of the CNC machines deployed within our company are interfaced with the CAM programme through a serial network connection managed by a data transfer management software.

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AGAZZI GIANCARLO srl carries out all types of MILLING and TURNING operations regardless of their complexity through suitable CAD-CAM software products that use post-processor programmes to generate CNC lists for the machine tools deployed at our company.

Applying the processing technology to a profile/surface can be done directly within the CAM programme by creating a model out of a paper drawing or using IGES/STEP format files or native files made by other CAD systems ( Inventor®, Catia®, Pro-Engineer® ) that have either been made by our technical office or provided by the customer.

All of the CNC machines deployed within our company are interfaced with the CAM programme through a serial network connection managed by a data transfer management software.
This connection allows programme download and storage after processing to ensure repeatability on future batches.

AGAZZI GIANCARLO srl creates CNC programmes using the HYPERMILL® e HYPERTURN® - OPEN MIND.

The following chart shows how our CAM programming system is organised and interfaced/connected to the CNC machine tools:

HYPERMILL® e HYPERTURN® - OPEN MIND
Programme 3D-CAM for the automatic programming of CNC machines (milling machines, machining centres, lathes) with:

• Complete integration into the core of the host CAD system SOLIDWORKS®. The advantage provided by the CAM-integrated in the CAD solutions is that they enable the realisation of continuous process chains. The CAD and CAM systems both access the same pool of data. A uniform data model is used during the entire process in order to ensure the accuracy and transparency of the manufacturing process and to prevent errors. The standard user interface from the CAD environment simplifies CAM programming and raises the user’s acceptance of the CAM solution.
• an array of strategies for 2D, 3D, HSC and 5-axis machining, as well as MILLING and TURNING, in one user interface. Programming efforts are reduced with sophisticated feature technology, including feature recognition, automatic mapping of hole and pocket features, feature list, feature browser, macro technology and macro database. The postprocessors, tailored to specific machines, controllers and manufacturing processes, ensure that the CAM programs are processed seamlessly on the machine. With new workspace monitoring the user can check in advance whether the machining job can be performed within the given workspace or whether limit switches will be crossed.
• the turbine blade package and the impeller and blisk machining package. These software packages include optimised machining strategies for roughing, hub finishing, finishing of blades with point or flank milling, edge and fillet milling
• Simulation technology based on the MachineWorks and the MachineFrame to calculate the collision detection.
• data transfer management, from CNC machines to CAM computers  
• powerful editor for CNC programmes

CAM stations
No. 1 CAM station on Dell PC

Network server
No. 1 Dell network server