BySoft 6 is the legacy suite of CAD/CAM software designed specifically for Bystronic laser, waterjet, and press brake machines. It was engineered to streamline the workflow from raw drawing to finished product. The version represents one of the most stable and refined iterations of the version 6 series, offering a robust set of tools for nesting, part programming, and machine control. The Role of ByBase
While BySoft 6 and 7 revolutionized the aspects of sheet metal processing, the BySoft Suite takes a giant leap forward to digitalize the entire business . Launched as a groundbreaking solution, the BySoft Suite is a complete, interoperable software ecosystem designed to guide a company from quote to delivery.
BySoft 6 is an integrated CAD/CAM software solution engineered to maximize the efficiency of Bystronic laser cutting systems (such as the ByStar, BySprint, and BySmart series) and waterjet cutters.
The 2D CAD drafting module used to design parts from scratch or import and clean up external DXF/DWG files.
Are you looking to optimize your within ByBase, or are you considering an upgrade to BySoft 7 ? bystronic laser bybase bysoft 6 7 3 17
While a specific "changelog" for build .17 is often proprietary to service technicians, the 6.7 series broadly includes: Description
Among the various versions and builds circulating in the industry, the specific combination referenced by represents a pivotal release. This article will dissect this version, exploring its architecture, installation nuances, workflow optimizations, and how it shapes the daily reality of a Bystronic laser operator.
It creates flawless LCC or MMC files (Bystronic-specific laser programs) without the post-processor errors sometimes found in generic third-party software. 4. Step-by-Step Workflow: From DXF to Laser Cut
To keep your environment running like new: BySoft 6 is the legacy suite of CAD/CAM
The CAM nesting engine that optimizes part layout on sheet metal to minimize scrap.
The nesting module within 6.7.3.17 optimizes how parts are arranged on a sheet of metal. This minimizes waste (scrap material) and reduces the total cutting time, directly impacting the cost-per-part. The software can handle complex geometries, common-line cutting, and bridge cutting with ease. 3. Enhanced Tube Processing
ByBase automatically attaches the correct technology table to the part file, mapping out cutting speeds and laser frequencies based on the machine you intend to use. Step 3: Nesting the Job (ByNest) Input the sheet dimensions (e.g., 3000mm x 1500mm). Specify the quantities needed for each part. Run the automatic nesting algorithm.
Copy these folders to an external server or secure cloud storage. The Role of ByBase While BySoft 6 and
The programmer imports a standard DXF or DWG file. The software checks for open contours, duplicate lines, or geometry errors, allowing the programmer to clean the file quickly.
While version 7.3.17 remains functional, it lacks the optimizations required for modern high-power fiber lasers (e.g., 10kW to 30kW systems). Modern fiber lasers cut at speeds that legacy nesting paths and code generation routines cannot efficiently calculate.
If the laser head clips an adjacent part during the piercing phase, the lead-in length is too long for the nesting density.