Powerful Simulation. Pricing Made Simple.

Use Cadmould’s interactive 3D viewer to explore simulation results from all angles. Inspect flow fronts, temperature gradients, and pressure distribution—directly mapped onto the part geometry.

Create and export structured HTML reports with key simulation results and visuals—ideal for internal records or customer-facing documentation.

Create and export result plots, high-quality images, or animations from Cadmould—ideal for technical reviews, customer reports, or team presentations.

Set local result flags to measure distances, angles, and temperatures, and to display key values—such as pressure, temperature, or other results—clearly and in context.

Transfer selected simulation results from Cadmould into editable PPT slides, ready to share with colleagues, management, or customers.

Purpose-built for injection moulding, the 3D-F solver that underpins Cadmould delivers fast, physics-based simulations with superior accuracy.

Run multiple simulations simultaneously in Cadmould to speed up design exploration and cut total turnaround time.

Schedule simulations to run in sequence—perfect for batch processing overnight or during off-hours to maximize

Use the Cadmould API to automate variant creation, retrieve results, and seamlessly integrate simulations into your workflows.

Generate design variants by systematically adjusting process settings, giving you a clear overview of the entire operational space.

Use interactive graphs to compare simulation results—temperature, shrinkage, warpage, key measurements, and more—all in one place. Make faster, more informed design choices.

Use statistical correlations and machine learning to automatically uncover which design and process changes drive better simulation outcomes.

Let our AI assistant—trained on simulation data—recommend targeted input adjustments to reduce defects and improve dimensional accuracy.

Analyse melt front behaviour, weld lines, air traps, and hesitation during filling to identify and solve flow-related problems before they impact part quality.

Model pressure distribution and material feed during packing to fine-tune packing time, gate design, and pressure management.

Use simulation results to forecast shrinkage and warpage, then apply reverse compensation to digitally adjust part geometry for precise tool correction.

Use either a simplified cooling analysis or a full 3D mould representation to assess temperature distribution, detect hot spots, and identify imbalances in cooling performance.

Import complete mould designs from CAD to simulate heat transfer in high detail—including inserts, cooling circuits, and channel layouts.

Choose from 5,600+ validated materials—including thermoplastics, thermosets, and compounds—with simulation-ready data whose accuracy you can rely on.

Model the flow, filling, and crosslinking behaviour of rubber and other thermosets, including flow resistance and curing dynamics.

Predict fiber alignment from flow behaviour and assess its impact on mechanical strength, anisotropy, and part warpage.

Predict density distribution, part weight, and mechanical effects—including shrinkage and warpage—in chemical or physical foam moulding processes.

Transfer fiber orientation and weld line results to structural analysis and crash simulation tools for downstream evaluation.

Predict stress, strain, and deformation under load, using fiber orientation data to accurately model the material’s anisotropic response.

Model overmoulding and multi-shot components to evaluate bonding quality, warpage, and interface stress to be confident of performance across material boundaries.

Optimize valve gate sequences—triggered by time or sensors—to control filling pressure, balance flow, and steer weld lines precisely.

Model variable mould or piston motion to evaluate how compression force, part geometry, and flow behaviorinteract during fillingand compression-assisted packing.

Convert simulation results into photorealistic surface previews. Evaluate textures under realistic lighting to spot flaws early and make confident design and tooling decisions.

Get direct help from our simulation experts by phone, live chat, or ticket. We’re here to support you at every stage of your simulation workflow.

Kickstart your work with Cadmould Flex and Varimos AI through structured onboarding sessions. Learn essential workflows, best practices, and expert tips for productive simulation.

Access on-demand learning modules to deepen your simulation expertise, covering theory, practical applications, and workflow guidance.