ZWCAD CAD/CAM/SIM Intro

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What is a CAx?

Computer-aided technologies (CAx) is the use of computer technology to aid in the design, analysis, and manufacture of products. Advanced CAx tools merge many different aspects of the product lifecycle management (PLM), including design, finite element analysis (FEA), manufacturing, production planning, product.

ZW3D-CAD – Flexible Design, Fast Machining

Integrated 3D CAD/CAM solution powered by a Self-Developed 3D geometric modeling kernel

Designed for the whole process of product development

Featuring the fastest kernel for Solid-Surface Hybrid Modeling, non-solid mould parting, and smart CNC machining strategies from 2-axis to 5-axis

Automatic 2D Drafting and Smart PMI Tools to Optimize Your Workflow

ZW3D-CAM

Efficient and Reliable 2-Axis to 5-Axis Machining

Hole & 2-Axis Tactics can help generate manufacturable tool paths automatically, cutting programming time by 70%.

Simulation Solutions

ZWMeshWorks

CAE Platform with Ready-Made Pre- and Post-Processors

With the advanced meshing techniques, ZWMeshWorks can capture geometric features accurately and generate high-quality elements in a short time. Multiple types of meshes are supported, and the hexahedral hybrid ones can be generated automatically. The control of local meshes and the isotropic meshes are also accessible.

the self-developed Overdrive kernel provides faster and better parametric modeling and solid & surface hybrid modeling

Clear workflow and friendly GUI for easy learning, supporting parallel CPU and GPU hardware for efficient simulation, Applying various function expressions for pre-processing. Customize and reuse material properties and finally offers various display results to investigate and report

Applications

• Structural
• Fluid
• Electromagnetic
• Acoustic
• Thermal
• Optic

ZWSim-EM

3D Full-Wave Electromagnetic Simulator

ZWSim-EM is a 3D full-wave electromagnetic simulator with high precision, high efficiency, low memory footprint, and powerful modeling capabilities. It is dedicated to providing users with an industry-specific, RF-related, and all-in-one simulation solution.                

Easy To Use

ZWSim-EM is easy-to-use with a friendly user interface and clear workflow.

Outstanding Compatibility

Fully compatible with over 20 mainstream CAD formats, it helps import and export different CAD files freely

Some features include

Powerful Modeling Capabilities, Abundant Material Library, Multiple Background, and Boundary Options

Intelligent Checking, Post-processing

Applications

• Antennas/Antenna Arrays
• Radar
• Microwave Devices
• EMC/EMI
• Signal Integrity Analysis
• propagation of Electromagnetic Waves
• Broadband Electromagnetic Issues of Complex Structures

ZWSim Structural

Structural Simulator by Finite Element Method

ZWSim Structural is a structural simulator that integrates modeling and simulation. The finite element method (FEM), it simulates the physical behaviors of structures. Solving structural mechanics problems, it helps engineers in different industries assess the rationality of structural design, make faster and better decisions, and reduce R&D time and costs

With a self-developed Overdrive kernel, parametric modeling and solid & surface hybrid modeling are available for faster and better modeling.

The Hybrid Advancing-Front & Delaunay Mesh Generation has been adopted to support the generation of high-quality 1D/2D/3D meshes, and even tens of millions of meshes.

Multiple Types of Structural Simulation

Analyses of linear statics, buckling, frequency and mode shapes, steady-state heat transfer, and transient-state heat transfer are supported to meet different application requirements.

Abundant Types of Meshes

Triangle, quadrilateral, tetrahedral, hexahedral, and other types of meshes can be generated, fitting different types of solvers.

Customizable and Reusable Materials

Effective Checking for Higher Precision

The correctness of geometry, materials, constraints, loads, meshes, etc. can be checked before running the simulation, increasing the accuracy of results.

The simulation results can be displayed as plots, tables, animations, etc., or customized as you like. You can also probe the results and generate relevant reports

Applications

• Machinery
• Automotive/Shipping/Aerospace
• Electronics
• Bridge/Railway/Civil Engineering
• Energy/Petrifaction
• National Defense/Scientific Research