Older versions of BySoft rely heavily on hardware dongles (USB security keys). If you move the software to a new PC, the license will not activate without the specific dongle associated with that version. It is crucial to keep these keys safe.
For users of this version, maintaining the SQL database within ByBase is critical. It allows for:
Operating a version like 6.7.3.17 in a modern IT environment can be challenging. Here are a few tips for keeping this legacy software running smoothly:
Always keep a backup of your BYBASE folder. This contains your custom cutting technologies and material settings that have been honed over years of production. Transitioning to Modern Standards bystronic laser bybase bysoft 6 7 3 17
Prevents burn marks and thermal scars on the finished perimeter of parts. Direct integration with machine parameters.
Before diving into the software itself, it's crucial to understand the company behind it. Bystronic is a Swiss-based international leader in automation and sheet metal cutting solutions. The company has been at the forefront of integrating software and machinery for decades, and its commitment to digitalization is a cornerstone of its strategy. The company's innovation in software dates back to 1988 when it developed the Bysoft control system, which became the world’s first fully integrated cutting program capable of running on ordinary PCs in the laser cutting field.
A critical update for anyone still using : Bystronic has announced that as of February 2022, this software model is no longer available for purchase, including for existing customers seeking additional licenses. The company's official training portal and support channels now explicitly state that they "no longer support BySoft 7 software" and actively encourage users to reach out to upgrade to the current software model, BySoft CAM or the new BySoft Suite. Older versions of BySoft rely heavily on hardware
: Assign quantities to your parts and activate the nesting engine. This computes tight-tolerance configurations to maximize material usage.
The CAD module used to draw or import 2D and 3D geometry.
Create a "Job" by selecting the parts and quantities needed. Automatic Nesting feature to generate cutting plans. Generating NC Code Apply the laser's cutting technology. Cutting Simulation to check for collisions or inefficient paths. For users of this version, maintaining the SQL
By the mid-2000s, version was already demonstrating this advanced synchronization. It featured an integrated Bybend module, which could automatically calculate bend deductions, bending sequences, and back gauge placements for press brake users. It also included a 3D simulation feature, allowing operators to visualize the entire bending sequence and perform automatic collision detection before the first part was ever cut, significantly reducing costly setup times and material waste.
Despite its age, version 6.7.3.17 offers a robust feature set that keeps older CO2 and early fiber lasers running efficiently.