Bysoft Cam Tutorial -

In the properties window, enter material type and thickness to ensure proper cutting parameters.

Nesting arranges multiple parts on a single sheet to maximize material yield.

: Look for highlighted warnings, such as rapid travels crossing open cuts or missing lead-ins.

: Use the Microjoint tool to leave small gaps (e.g., 0.5mm to 1mm) in the cutting path. bysoft cam tutorial

Let the software detect open loops. If an outer contour is open, the software cannot distinguish between the scrap metal and the part itself.

This tutorial covers the standard workflow for taking a 2D DXF/DWG file, nesting it onto a sheet, assigning cutting parameters, and generating the NC code (CNC program).

Nesting optimizes how parts are arranged on a raw metal sheet to maximize material utilization. Manual vs. Automatic Nesting In the properties window, enter material type and

: When two parts share a straight edge, nest them exactly side-by-side and apply a single cut line. This cuts production time by 50% on those edges and saves gas.

BySoft CAM is not just a toolpath generator; it is a manufacturing optimization engine . The more you use its automatic features (AI nesting, auto-technology, collision detection), the faster your throughput.

This tutorial covers importing geometry, configuring cutting technologies, organizing nesting plans, and generating machine-ready CNC code. Step 1: File Import and Unfolding Geometry : Use the Microjoint tool to leave small gaps (e

To get started with Bysoft Cam, follow these steps:

Technology parameters dictate how the laser interacts with the metal. Lead-ins and Lead-outs

The cutting order determines processing speed and thermal management. Common Cutting Strategies

: Houses all tools categorized by workflow (Home, Nesting, Technology, Output).

The software is modular, with key components like for laser and waterjet processing and BySoft CAM Bend for press brake programming.