1)     Fully implement all workshop and warehouse operation management units within the system according to the company actual production organization model.

2)     Configure the flow of all levels of product materials between operation management units of all workshops and warehouses according to actual business, achieving completely independent operation documents.

3)     Achieve operation isolation at the workshop section level, where each section can have independent manufacturing documents.

4)     Achieve manufacturing routes with different steps for workshop section level operations. Each section can execute independent single-step, two-step (pick then produce), and three-step (pick, produce, then stock) production.

5)     Correct dependency relationships when producing components at different levels within workshops or sections.

6)     Components at different BOM levels can automatically execute correct pick/delivery routes. A common part existing at part, sub-assembly, and final assembly levels with different quantities will automatically generate three-direction pick/delivery slips based on respective quantities needed by each workshop after procurement.

7)     Procurement operations at the same purchasing warehouse can execute procurement routes with different steps, such as single-step procurement for small inspection-exempt materials, two-step receipt, and three-step procurement (receive, inspect, stock-in)

Material coding is the most important foundation for digital manufacturing management. A reasonable coding scheme greatly improves overall efficiency. Based on decades of manufacturing R&D and production management experience, we developed Automatic Coding Tools for most business scenarios, achieving a coding system that matches general cognitive patterns.

DmmsysProcess configuration tools can quickly achieve:

1)     Auto-generate product codes based on classification prefix, separator, and sequence number.

2)     Auto-generate product codes based on classification prefix, separator, and specification code.

3)     Classifications can set different coding lengths for components and standard parts.

4)     Create component codes by controlling hierarchical sequence positions and zero-padding for insufficient code length, matching traditional R&D assembly part drawing coding conventions.

5)     For components and parts, the same intermediate classification coding method can clarify relationships, improving BOM structure design efficiency.

6)     Coding method for parameterized design: parameterized parts use template code plus family table parameter value code to form the complete part code.

Dmmsys2025The digital manufacturing system provides a BOM design tool developed with reference to PTC Windchill system, supporting both top-down and bottom-up BOM design methods. The top-down mode uses classification coding tools for rapid BOM tree creation. The bottom-up mode uses BOM Import Tools included in this option.

ERPThe system manufacturing BOM consists of independent BOM data, which seriously affects data preparation and import. We developed efficient BOM preparation and import methods using a BOM master data template and dedicated BOM Import Tools.

The data in the master data template can be organized in three ways:

1)     Pure manual preparation or other Excel data sources.

2)     If the company Product R&DUsing 3D CAD, BOM template data for level, code, and name can be exported from CAD software as complete design BOM structural data. Process engineers add raw materials for each self-made part to complete the full BOM hierarchy, then refine classification and work center data.

After completing BOM data preparation, through BOM import, the entire product BOM structure can be imported at once, supporting simultaneous import of multiple products.

Documentation

Through innovative Business Process Automation tools, achieve flexibly adjustable company-wide material business process configuration.

Salesdriven automated business process, automatically creating all related business documents after Sales order confirmation, eliminating inefficient manual document entry.

Read More

Classification attribute management from PLM system achieves unified data source for product dimensions, quality inspection, specifications and other attributes, managing both basic attributes from product design and process/inspection related attributes.

Process attribute parameters enable templated processing data, quality inspection parameters enable inspection plan templates, and product parameters enable customized configuration.

Read More

Classification-based and parameter-based coding tools enable standardized material coding management, improving management efficiency.

Parameter-based automatic coding generates universal material names conforming to industry standards, enabling global business integration.

Read More

Innovative hierarchical BOM data organization enables one-time import of finished product BOM structure data, with creation of material-related pricing and supplier data during import.

For special business scenarios, automatically create product BOM during quotation process confirmation by specifying product-related parameter data, allowing customers to skip the complex BOM creation process.

Read More