Fangtian Intelligent Design, Intelligent Programming, Intelligent Detection, and Manufacturing Software Solution. Introducing automated processing and testing units to enhance mold processing efficiency and increase equipment utilization. Achieving automation and manpower reduction in mold manufacturing processes.

Fangtian Intelligent Design.

Accurately assess the design cycle of molds, corresponding to the complexities of non-standard parts, frequent drawing changes, complex process flows, and tedious BOM data extraction.

Integrated with design software such as CAD, automatically extracting BOM information to ensure consistency with design data.

Automatically extract steel BOM and electrode BOM, establish the relationship between electrodes and the processed mold parts, and ensure the production plan of Electrical Discharge Machining (EDM).

Standardize communication processes between design and procurement/production departments to minimize waste caused by design changes.

Upload drawings to a PLM system for unified management, digitally manage mold parts in workshops, and view 2D or 3D models online.

Fangtian Intelligent Programming.

Based on CAM systems such as Master CAM, Power Mill, or UG, extracting program sheets by a single click.

Create programming tasks for each part.

Display programming tasks, assign designated programming personnel, and analyze program efficiency.

Simple and easy-to-use task reporting interface, supporting program upload, download, modification, completion, and uploading of attachment drawings.

Review, view, download, modify, replace, and other operations for programs uploaded by programming personnel.

Operations such as program addition, replacement, deletion, and loading.

Upload programs to a PLM system for unified management.

Fangtian Intelligent Detection.

Obtain tasks for clamping and correcting workpieces; bind workpiece RFID, clamping, and input main heights.

Load clamped workpieces outside the machine onto the CMM fixture for calibration.

Use RFID to match workpieces with fixture coordinates, avoiding detection errors.

Send the clamped workpiece for CMM calibration, automatically triggering calibration tasks.

Read the RFID chip of the workpiece or electrode, automatically download the detection program within the system, and perform automatic detection.

Collect input of workpiece correction values, generate a test report, and automatically judge whether the workpiece is qualified.

UG external electrode can automatically identify the discharge machining surface and automatically take measurement points.

Through IGS and VPD point files output by UG secondary development, the 3D detection PRG program is automatically generated.

Fangtian Manufacturing Intelligence.

Establish an automatic identification system for workpiece and fixture identity, supporting batch binding and batch unbinding of RFID chips.

Use RFID chips to match workpieces with fixture coordinates, avoiding errors caused by manual input.

Assign machining tasks for machine tools, and CNC, CMM, EDM, and other process workshops operate automatically.

Machine tools are networked, and machining programs are automatically uploaded to CNC machine tools, starting machines and machining until completion.

Operations such as tool cutting application, cutting progress, use, and scrapping.

Implement pull production through kanban management, clearly understand the planned and actual progress, eliminate idle work, and establish a fair assessment mechanism.