Cnckad 19 2021

To prepare content for cncKad 19 , focus on the core modules of this CAD/CAM software for sheet metal processing. cncKad 19 integrates design, automatic and manual processing, nesting, and NC generation into a single module. Core Modules for Content Preparation Drafting & Design : Use cncKad's CAD commands to create 2D components or import files like DXF and DWG . The software maintains associativity; geometry changes automatically update dimensions and tooling definitions. Tooling (Punching & Cutting) : Punching : Create programs for punch machines, including support for cluster tools and combination machines. Cutting : Support for laser, plasma, water jet, and wire machines. Nesting & Sheet Management : Use AutoNest for automatic part arrangement to minimize waste. Version 19 specifically supports advanced sheet remnant creation, allowing you to use irregular material leftovers for future jobs. NC Generation & Simulation : Generate efficient NC code and use the Simulation tool to visually verify each operation before sending it to the machine. Specific Version 19 Features New in cncKad V18 - Metalix CAD/CAM Sheet Metal Software

Mastering CNCKAD 19: The Ultimate Guide to 2024’s Sheet Metal Programming Powerhouse In the fast-paced world of sheet metal fabrication, downtime is the enemy, and accuracy is the currency. For decades, the CNCKAD suite has been a cornerstone for programmers and engineers looking to bridge the gap between CAD design and CNC punching, laser cutting, and routing. With the release of CNCKAD 19 , the software has taken a significant leap forward. Whether you are a veteran programmer transitioning from version 16 or 17, or a shop owner looking to upgrade from legacy systems, this guide will explore everything you need to know about CNCKAD 19, including its new features, workflow optimization, post-processor handling, and why it remains an industry standard. What is CNCKAD 19? CNCKAD 19 is the latest iteration of the Computer-Aided Manufacturing (CAM) software specifically designed for CNC punching machines, combination punch/laser machines, plasma cutters, and routers. Developed by Metalix, this version is not merely a maintenance update; it is a complete overhaul of the user interface (UI) and underlying toolpath engine. At its core, CNCKAD 19 takes a 2D or 3D CAD drawing (imported via DXF, DWG, IGES, or STEP) and converts it into machine-readable G-code (or specific proprietary codes for turret punches). It optimizes tool selection, nesting, and sequencing to reduce sheet waste and cycle time. Why Version 19 Matters: The New Feature Breakdown If you are currently using version 13, 14, or even 18, here are the compelling reasons to upgrade to CNCKAD 19. 1. The "Ribbon" Interface (Modernization) Previous versions of CNCKAD used classic toolbar menus. Version 19 introduces a Microsoft Office-style Ribbon Interface . This organizes commands into logical tabs (Draw, Modify, Machine, Nesting, Report). For new users, this flattens the learning curve drastically. For old-timers, the "Classic Mode" toggle allows you to revert to the legacy layout if muscle memory demands it. 2. Automatic Tool Library Synchronization One of the biggest headaches in turret punch programming is managing tool wear. CNCKAD 19 introduces Live Tool Library Sync . You can now link your tool database to an Excel spreadsheet or SQL database. When a tool breaks on the shop floor and is flagged as "unusable," the programmer’s CNCKAD 19 tool list updates instantly, preventing the software from generating programs using tools that no longer exist. 3. Advanced 3D Rendering for Collision Detection Version 18 had basic 3D view. Version 19 adds Real-Time Ray Tracing simulation. You can now view a rendered image of the sheet metal, the turret, and the clamps moving simultaneously. The software now detects "Z-axis collisions" (where a formed tool crashes into a previously formed up-flange) before the program hits the machine, saving thousands of dollars in potential tooling repairs. 4. AI-Assisted Micro-Joint Insertion For laser combination machines, micro-joints (tabbing) are essential to keep parts from falling into the scrap chute. CNCKAD 19 uses an AI algorithm to automatically place these tabs based on part weight and material thickness, rather than relying on manual, equidistant spacing. Core Workflow: From DXF to Part To understand the power of CNCKAD 19, let’s walk through a standard day in the life of a programmer. Step 1: Import and Repair Geometry You receive a customer DXF file. Often, these files have overlapping lines or small gaps (slivers). In CNCKAD 19, the "CAD Healer" tool runs automatically upon import. It closes gaps, removes duplicates, and identifies open contours in seconds. The new "Detect Thin Copper" filter is particularly useful for electronics enclosures. Step 2: Tool Assignment (The "Match Tool" Engine) Instead of manually clicking on circles to assign punch tools, you use the Tool Wizard . You tell CNCKAD 19 which turret stations are available (e.g., Station A: 10mm Round, Station B: 10x10 Square). The software then uses a pattern recognition algorithm to assign the correct tools to the geometry.

Pro Tip: CNCKAD 19 now supports "Smart Rotation." If your turret has a square tool at 0 degrees, but the part requires the square at 45 degrees, the software will automatically calculate and insert a rotation command (M code) rather than telling you the tool is missing.

Step 3: True Shape Nesting (The Engine Upgrade) Nesting is where CNCKAD 19 shines. Version 19 includes a Multi-Core Nesting Engine . Previous versions used a single CPU core; version 19 utilizes all available cores, reducing complex nest calculations (e.g., 500 parts on a 4x8 sheet) from 10 minutes to under 2 minutes. cnckad 19

Part-in-Part nesting: The software can now recognize holes large enough to contain smaller parts, automatically placing them inside.

Step 4: Simulation and Optimization Before clicking "Post," run the Dynamic Simulation . CNCKAD 19 simulates the exact head speed and turret indexing time. It provides a "Cycle Time Estimator" accurate to within 2% of real-world machine run time. The Secret Sauce: The Post-Processor The most critical file in CNCKAD 19 is the Post Processor . This is a text-based script that translates generic CAM commands into your specific machine’s language (Amada, Murata Wiedemann, Trumpf, Finn-Power, etc.). CNCKAD 19 introduces a Post Debugger . If your machine suddenly moves the wrong direction, you can step through the code line-by-line in the software before sending it to the machine. Supported machines in v19 include:

Amada Vipros and EM series Murata Wiedemann (Centrum 1000) Trumpf TruPunch Prima Power Tailift, Euromac, and many Chinese clones (via generic Fanuc post). To prepare content for cncKad 19 , focus

Common Pitfalls and How to Avoid Them in CNCKAD 19 Even with advanced software, user error happens. Here are the top three issues users face with version 19 and how to fix them. Issue 1: "No tool found for contour" error.

Cause: Your line length is 10.1mm, but you only have a 10mm tool. V19 Fix: Use the "Overcut" function. CNCKAD 19 can now program an overcut (nibble) extending beyond the tool edge automatically without manual guidance.

Issue 2: Clamp Repositioning (Re-position) crashes. Nesting & Sheet Management : Use AutoNest for

Cause: The punch head tries to hit the clamp. V19 Fix: Enable "Intelligent Clamp Avoidance." The software drags the sheet away from the clamp before rotating the turret.

Issue 3: Slow post-processing for large arrays.