Without offline software, operators often rely on trial-and-error, bending scrap pieces of metal to ensure the sequence works and the dimensions are accurate. dBend’s precise bend allowance calculations and collision simulations mean the very first part off the machine is mathematically accurate, saving expensive raw materials. Enhancing Shop Floor Safety
Load the 3D CAD model of the sheet metal component into the DBend workspace.
Fragmented indexes are the #1 cause of slow query performance. DBend offline software performs a full sort operation. It ignores the current fragmented allocation map and writes a perfectly contiguous index structure to disk. dbend offline software
If a collision is detected, the software alerts the programmer and suggests alternative sequences or tools. 4. Automatic Backgauge Positioning
: It automatically selects the best tools from your inventory and calculates the most efficient bend sequence. Fragmented indexes are the #1 cause of slow
DBend supports direct import of 3D models from leading CAD systems. Once imported, the software automatically unfolds the part, calculates bend allowances, and suggests optimal tooling and sequences. This automation drastically reduces manual data entry and the risk of human error.
Because it operates entirely offline, it eliminates the need for manual, on-machine programming. Key Features of dBend 1. Multi-CAD File Import If a collision is detected, the software alerts
Implementing dBend seamlessly bridges the gap between design engineering and physical manufacturing through a streamlined four-step workflow:
dBend is a dedicated offline programming (OLP) software solution designed for CNC press brakes. It allows engineers and programmers to prepare bending programs on a computer using 3D CAD models. Instead of halting production to program a new part at the machine control screen, the data is processed externally and transferred directly to the press brake via a local network or USB drive.