Cadmould — Vs Moldflow New

Introduction

Cadmould and Moldflow are two popular software tools used in the plastics industry for simulating and optimizing the injection molding process. Both tools help manufacturers predict and prevent potential problems, reduce production costs, and improve product quality. In this guide, we'll compare Cadmould and Moldflow, highlighting their features, strengths, and weaknesses.

Overview of Cadmould and Moldflow

• Cadmould: Developed by Cadmould Systems, Cadmould is a comprehensive simulation software for injection molding, thermoforming, and blow molding. It provides detailed analysis of the molding process, including filling, packing, cooling, and warping.
• Moldflow: Owned by Autodesk, Moldflow is a widely-used simulation software for injection molding and other molding processes. It offers advanced analysis and optimization tools for designing and manufacturing high-quality plastic parts.

Key Features Comparison

| Feature | Cadmould | Moldflow | | --- | --- | --- | | Simulation Capabilities | Filling, packing, cooling, warping, and more | Filling, packing, cooling, warping, and more | | Geometry Support | Supports complex geometries, including thin-walled parts | Supports complex geometries, including thin-walled parts | | Material Database | Extensive material database with over 10,000 materials | Large material database with over 5,000 materials | | Mesh Generation | Automatic mesh generation | Automatic mesh generation | | Optimization Tools | Advanced optimization tools for process parameters and mold design | Advanced optimization tools for process parameters and mold design | | Integration | Integrates with popular CAD software, such as SolidWorks and NX | Integrates with Autodesk CAD software, such as Inventor and Fusion 360 |

Strengths and Weaknesses

• Cadmould:
  • Strengths: High accuracy, advanced optimization tools, and excellent support for complex geometries.
  • Weaknesses: Steeper learning curve, limited integration with non-CAD software.
• Moldflow:
  • Strengths: User-friendly interface, seamless integration with Autodesk CAD software, and robust optimization tools.
  • Weaknesses: Limited support for very complex geometries, fewer material options.

Comparison of Licensing and Cost

• Cadmould: Offers perpetual licensing and subscription-based models, with prices starting at around $5,000.
• Moldflow: Offers subscription-based models, with prices starting at around $3,000 per year.

Conclusion

Cadmould and Moldflow are both powerful simulation software tools for the plastics industry. While both tools offer advanced features and optimization capabilities, they cater to different user needs and preferences. Cadmould excels in accuracy and support for complex geometries, but may require more training and investment. Moldflow, on the other hand, offers a user-friendly interface and seamless integration with Autodesk CAD software, making it a great choice for those already invested in the Autodesk ecosystem.

Recommendations

• Choose Cadmould if:
  • You need high accuracy and advanced optimization tools.
  • You work with complex geometries or thin-walled parts.
  • You prefer a perpetual licensing model.
• Choose Moldflow if:
  • You use Autodesk CAD software and want seamless integration.
  • You prioritize a user-friendly interface and ease of use.
  • You're looking for a subscription-based model with flexible pricing.

This guide provides a general overview of Cadmould and Moldflow. For a more detailed comparison, we recommend scheduling a demo or trial with both software providers to determine which tool best suits your specific needs and workflow.

As of 2026, the injection molding simulation market is divided between the comprehensive, industry-standard Autodesk Moldflow and the rapid, AI-driven Cadmould. Moldflow 2026 improves accuracy with advanced algorithms, while Cadmould’s transformer-based solver offers significantly faster results. For a detailed benchmark comparison of simulation software, visit Acomold. Benchmark Simulation Software: Moldflow, Moldex, Cadmould

In the evolving landscape of plastic injection molding simulation, Autodesk Moldflow 2026 and SIMCON CADMOULD Version 19 represent the current state-of-the-art for 2026. While Moldflow continues to dominate in deep-tier validation and material database depth, CADMOULD is rapidly gaining ground with its breakthrough AI-driven solver and user-centric design. 1. Core Capabilities and Latest Updates Autodesk Moldflow (2026) SIMCON CADMOULD (V19 / AI Solver) New Speed Boosts

3D warpage analysis is 15–25% faster; 3D meshing for chunky models improved up to 50%.

AI Solver provides results in seconds (up to 1000x faster) for early-stage design. Key New Feature

Normal Component Plot for direct comparison of warpage simulation with laser scan data.

Authentic Surface Graining to visualize defects like sink marks directly on textured meshes. Solve Infrastructure cadmould vs moldflow new

Improved "Simulation Compute" priority settings for faster local solves.

New OnPrem-HPC functionality for remote simulation on internal company servers. Material Database Nearly 14,000 materials with updated characterized data.

Material database grown by 150+ new materials in recent cycles; strong focus on biocomposites.

2. Deep Dive: CADMOULD’s AI Revolution vs. Moldflow’s Precision

The most significant shift in the 2025–2026 market is the introduction of the Cadmould AI Solver.

CADMOULD AI Strategy: Uses a transformer-based architecture to predict filling patterns, pressure, and temperature almost instantly. This "high-speed compass" allows engineers to test thousands of design variants in the early phases before using the traditional numerical solver for final validation.

Moldflow Iterative Focus: While Moldflow has not yet released a public 1000x faster AI solver of this scale, its 2026 release focuses on massive performance gains in traditional solvers—making 3D Flow analysis 13% faster and Dual Domain meshing 30% faster. 3. Usability and Interoperability All Updates and New Features in Moldflow 2026 - MFS

For a "deep piece" application—likely a part with a high aspect ratio, deep cores, or complex vertical walls—the choice between Cadmould and Autodesk Moldflow hinges on whether you value speed and automated optimization (Cadmould) or deep solver accuracy and vast material data (Moldflow). Quick Comparison for Deep Parts Cadmould (Simcon) Autodesk Moldflow (2025/2026) Deep Piece Strengths

Speed of setup; excellent for quick cooling and cycle time optimization.

Advanced 3D solver accuracy; high-fidelity prediction of core-shift and fiber orientation. Workflow

Modular and fast; "VARIMOS" can run hundreds of automated iterations to find the best gate/cooling setup.

Robust, detailed setup; requires more manual expert input for peak accuracy. Material Library Standard technical plastics.

Industry-leading database with ~14,000 characterized materials. Cost Profile Mid-range; modular (pay for what you need).

Premium/High; expensive but includes multi-solver capabilities in base packs. Cadmould: Fast Iteration for Complex Molds

Cadmould is often preferred for early-stage design where you need to test many variables quickly. For a deep part where cooling is critical, its speed allows you to rapidly position cooling channels and adjust throughput.

VARIMOS Automation: This add-on is particularly useful for deep pieces with hundreds of tolerances. It automatically runs large batches of simulations to find the "sweet spot" for injection points and cycle times. Introduction Cadmould and Moldflow are two popular software

Ease of Use: Users often find it faster for quick setups when full mold data isn't yet available. Autodesk Moldflow: High-Fidelity Validation

For deep parts where structural integrity and precise shrinkage are non-negotiable, Autodesk Moldflow remains the standard.

3D Solver Enhancements: The 2025 and 2026 releases significantly improved 3D solver speeds (up to 13% faster) specifically for complex 3D Fill+Pack and Warp analyses.

New for 2026: Includes "Deflection All Effect Normal Component" plots, which are vital for comparing simulated warpage against actual laser scan data on deep, vertical surfaces.

Deep Part Specifics: Moldflow is superior at simulating "core-shift"—the phenomenon where high-pressure melt causes deep cores to deflect during filling.

See how these tools tackle complex molding challenges and explore the latest features for 2025-2026: What's New in Autodesk Moldflow 2026 685 views · 11 months ago YouTube · Sachin Fulsundar

Cadmould Flex: Excels in Report Generation and Collaboration. It features a "Report Wizard" that automates PowerPoint creation and a browser-based viewer for sharing results with clients who don't have the software. 3. Licensing and Cost

Cadmould: Uses a modular "Flex" model. Basic plans can start around $340/month (subject to regional pricing), allowing smaller shops to scale up as needed.

Moldflow: Typically more expensive, often requiring an Autodesk subscription. However, a single license allows for 3 parallel solves by default, whereas many competitors charge per active solver. ⚡ Key Takeaways

Choose Cadmould if: You are a mold maker or designer needing quick quotes, rapid geometry validation, and a user-friendly way to present data to clients. Cadmould : Developed by Cadmould Systems, Cadmould is

Choose Moldflow if: You work in Automotive, Aerospace, or Electronics where you need exact correlation with real-world machine settings and deep structural FEA integration. Cadmould Flex Autodesk Moldflow (2025/26) Best For Fast quoting & iteration Expert-level validation Material DB High quality, smaller scope 10,000+ materials (Gold Standard) Modern Edge AI-driven variant optimization Cloud-solving & HPC support Ease of Use High (Modular UI) Moderate (Engineering focus) If you'd like, I can help you decide by knowing:

What type of parts are you simulating (thin-walled, thick, optical)? Do you need to export data to FEA (like Ansys or Abaqus)?

Is your team looking for on-premise or cloud-based computation? Cadmould Flex. Powerful Simulation. Made Simple. - SIMCON

The primary difference between SIMCON CADMOULD Autodesk Moldflow lies in their approach to speed versus depth. CADMOULD is often favored for its rapid parallel solvers

and ease of setup for early-stage design, while Moldflow remains the industry benchmark for detailed quantitative analysis

and advanced molding processes with its massive material database SIMCON kunststofftechnische Software GmbH Autodesk Moldflow (Latest 2026 Features)

The 2026 release focuses heavily on computational efficiency and results visualization. Autodesk Community, Autodesk Forums, Autodesk Forum

This analysis moves beyond "which is more accurate" and looks at philosophy, solver architecture, usability for modern manufacturing, and Total Cost of Ownership (TCO).

Multi-Component Molding (Overmolding)

Cadmould has a unique "Melt removal" feature that allows you to simulate the first shot deforming due to the second shot. Moldflow does this via "Interface Conductance," which is less visual but numerically stable.

1. User Interface & Workflow Philosophy

Choose New Moldflow if:

1. You manufacture medical devices or automotive structural components requiring ISO 20430 validation.
2. Your supply chain uses 12+ different resin suppliers globally (you need the massive database).
3. You already use Fusion 360 or Inventor and want seamless file transfer.
4. You have a dedicated simulation engineer (not a mold designer).

Review Title: Cadmould vs. Moldflow (2024/2025): The Pragmatist vs. The Powerhouse

Rating:

• Cadmould: ⭐⭐⭐⭐ (4/5) – Excellent for daily workflow integration
• Moldflow (new): ⭐⭐⭐⭐½ (4.5/5) – Unmatched depth, but heavier

Simcon Cadmould

• Database: Uses a hybrid approach. It has a large database of grades, but it also utilizes "Cross-Modeling."
• Flexibility: If a specific grade isn't available, Cadmould allows users to "morph" the material properties based on similar families (e.g., changing the flow rate of a generic PP to match a specific grade) with surprising accuracy. This allows simulation to proceed without waiting for a lab test.

Winner: Moldflow for sheer volume of data; Cadmould for flexibility when data is missing.

2. Workflow & Usability (UI/UX)

Moldflow (New): The 2025 UI has been overhauled to look like modern Autodesk products (dark mode, ribbon tabs). The learning curve remains steep, but the new "Setup Wizard" uses AI to suggest injection locations based on part geometry.

• Grade: B+ (Powerful but cluttered).

Cadmould (New): Historically, Cadmould felt like a spreadsheet with a plotter. The 2025 version introduces a context-sensitive ribbon. It is still not as intuitive as Moldflow for beginners, but the new Result Interpretation Assistant (a pop-up that explains why a defect occurs) closes the gap.

• Grade: B- (Powerful but requires training).

3. Material Database: The Quiet War

Moldflow: Autodesk licenses the M-Base database plus internal testing. They have ~12,000 commercial grades. The issue? Updates are slow; new bio-plastics and recycled grades are often missing for 6-8 months.

Cadmould: Sigma relies on M-Base and CAMPUS. They have fewer grades (~8,000), but the data cards are more granular. For engineering-grade resins (PA6.6 GF50), Cadmould provides better PVT and viscosity data.

Winner: Tie. Moldflow for variety; Cadmould for depth.