The many functions of automotive glass — safety, insulation, sound protection — require multi-stage processing, often involving unique parts, and its manufacturing can involve sophisticated cutting, different finishes, and the production of large quantities with short cycle rates.
CAD Designer by A+W allows you to improve quality and cycle time by directly transferring technical drawings into the machine for processing. We’ve worked hard to make our software easy to use for anyone, not just trained craftsmen. Invoicing is also made easy by how your data is imported into your ERP system. The software is also versatile in how it integrates with Static Optimizer by A+W, which gives you the opportunity to optimize the cut.
Enter complex shapes and technical bills of materials including different processing types using simple CAD tools. The software is designed in such a way that it can also be used by employees without drafting qualifications and AutoCAD experience. Training requirements are thus reduced to a minimum.
Transfer the data for commercial entry and settlement to your ERP system (regardless of whether SAP or A+W ERP systems). A standardized format facilitates imports and exports. Integration into the A+W Static Optimizer system also provides the option of optimizing waste.
NC information for all machines in a line is created in one step. You have generated the technical drawing using the A+W CAD Designer (Automotive), so now you can transfer the information directly to the machine.
The volume of glass inventories and other parameters relevant for the cutting and breakout process, such as break edges, cutting types, distances between the cuts, etc., can be managed in the master data menus. Cut sizes, rectangles, and shapes can be entered or imported via an interface file.
An improved optimization algorithm guarantees minimum waste and simultaneously the most suitable cutting patterns for easy breakout on the cutting tables. After optimization, the cutting plans can be modified - even before the NC instructions are passed to the cutting table.
The optional nesting of shape geometries and importing DXF files increases the quality of the system and significantly improves your yields.
Optional sequence optimization is used to align the cutting plans for production on the basis of the required glass sequence.