It is difficult for managers to accurately evaluate the design cycle of molds, there are many non-standard parts, frequent drawing changes, complex process flow, and cumbersome BOM data extraction. Especially for mold companies, most of the materials are only used for a certain project, and they are no longer used after use, and it is almost impossible to code the materials in advance.
Fangtian MoldERP system can standardize the design process, understand the design progress in real time, and automatically notify relevant personnel to deal with design changes and abnormalities, so as to minimize the loss of design changes. It can be integrated with CAD and other design software, and automatically generate BOM and part codes from drawings. Data sharing, direct view of mold part drawings, reduce the risk of loss during transfer. It supports a variety of BOM data entry methods such as Excel format import and manual input. The system realizes the function of automatic coding of non-standard parts, and at the same time uses the automatic matching function to automatically generate material codes for new standard parts according to the predetermined standard library, which solves the problem of material coding in ERP implementation.
The main solution of the system
Establish and maintain mold drawings, material lists, design change data, workpiece processes, work centers and other basic data used in production, which are the basis for mold planning and scheduling, machine utilization rate statistics, and cost analysis and operation.
Integrate with CAD and other design software to automatically read BOM list information to ensure consistency with design data.
Quickly realize process design, drawing issuance, parts preparation, etc.
A complete and hierarchical BOM provides the correct basis for the production and procurement of molds.
Support the characteristics of mold enterprises to release BOM for procurement and production in batches and multiple times.
It provides functions such as structural reference, BOM reuse, material reverse check, etc., and supports direct import and export from Excel.
View 2D or 3D models of mold parts directly via BOM.
View the production, procurement, or inventory status of mold parts, blanks, or standard parts directly from the BOM with a high level of information sharing.
For the materials that need to be supplemented by the modified mold, separate management is implemented to simplify the process to ensure the stability of the main BOM.
When formulating the part process, the template can be imported to quickly formulate the process route, improve the efficiency of the process and promote the standardization of the process.
Generate process cards, automatically generate barcodes, and realize the collaborative operation of drawing design and process design.
Establish the correlation between the electrode and the mold parts processed to ensure the production plan of EDM.
The process flow of copper male adheres to the typical process flow, which is mainly divided into four types: ordinary copper male (there is no special requirement for screw holes, and the screw hole is directly processed according to the specification), copper male that needs to be wire-cut, copper male that needs to punch screw holes according to the requirements of the drawing, and simple shape copper male (no CNC machining) and so on.
Formulate standard working hours for workpieces, which are summarized by the workshop production after years of accumulation, and play a role in supervising and assessing the processing of the workshop.
Solve the problem of frequent design changes in the mold industry.
The system automatically monitors the purchased materials that have not yet received the design changes, and notifies the procurement personnel to deal with them in time.
Minimize waste caused by design changes.
Standardize the communication process between the design and procurement departments.
Integrate with CAD, UG, CATIA and other design software, which can quickly calculate parts lists and output BOMs with one click.