Coating
Design Capabilities
Iron CAD Design Software
Iron CAD is a 3D CAD software known for its drag-and-drop modelling, flexibility, and fast concept development. It lets designers quickly build, modify, and visualize products without the strict constraints found in traditional parametric CAD.
Why it’s good for packaging design:
- Fast concept creation: Drag-and-drop shapes make it easy to explore packaging ideas quickly.
- Easy design changes: Highly flexible geometry lets you tweak dimensions or shapes without rebuilding the model.
- Strong visualization tools: Helps present packaging concepts with realistic rendering.
- Handles assemblies well: Great for designing packages that must interact with products, inserts, and closures.
In short: Iron CAD is a strong option for packaging design because it speeds up concepting, simplifies changes, and provides clear 3D visualization.
Unilab COILS9 Software
Unilab COILS 9 is a specialized engineering software used to design, simulate, and verify fin-tube heat exchangers. It calculates thermal performance, pressure drops, coil capacities, and optimizes coil geometry based on operating conditions.
Why it’s good for simulation & design verification:
- Accurate thermodynamic models: Uses validated heat-transfer and refrigerant property correlations for reliable coil performance predictions.
- Quick design iterations: Easily adjust tube patterns, fin types, circuits, and refrigerants to evaluate alternatives.
- Performance verification: Confirms whether a coil meets required capacities, airflow, and operating conditions before manufacturing.
- Built-in optimization: Suggests coil configurations that balance performance, cost, and material usage.
- Industry-standard output: Generates professional reports for quality control, certification, and customer approval.
In short: Unilab COILS 9 is a strong tool because it delivers fast, accurate thermal simulations and helps engineers confirm that fin-tube heat exchanger designs meet performance requirements before production.
Unilab mCoils Software
Unilab mCOILS is a module within the Unilab COILS Suite designed for the modelling, simulation, and verification of fin-tube heat exchangers, especially when you need quick, reliable coil performance calculations.
Why it’s good for simulation & design verification:
- Accurate thermal and pressure-drop calculations: Uses validated heat-transfer models for refrigerants, airside fins, and tube geometries.
- Fast design adjustments: Easily change fin types, tube layouts, circuits, and refrigerants to compare design alternatives.
- Performance verification: Confirms whether a coil meets required capacities, airflow conditions, and operating points before manufacturing.
- Cost and performance optimization: Helps engineers balance efficiency, materials, and coil size.
- Clear engineering reports: Provides professional outputs for customer approval and internal validation.
In short: mCOILS is effective because it delivers fast, precise simulations that help engineers verify and optimize fin-tube heat exchanger designs early in the design process.
SOLIDWORKS Design Software
SOLIDWORKS is a professional 3D CAD (Computer-Aided Design) software used for creating detailed 3D models, assemblies, and engineering drawings. It’s widely used in mechanical design, product development, manufacturing, and engineering education.
Why SOLIDWORKS is a good option for designing
- Easy to Learn & Use: Intuitive interface with drag-and-drop features and clear design tools.
- Powerful 3D Modelling: Supports complex parts, assemblies, and parametric design (design updates automatically when dimensions change).
- Industry Standard: Commonly used in engineering, making skills highly valuable.
- Strong Simulation Tools: Allows stress analysis, motion studies, sheet-metal design, and more.
- Large Community & Support: Many tutorials, forums, and training resources available.
Short Summary
SOLIDWORKS is a user-friendly yet powerful 3D CAD software ideal for professional mechanical design and product development, making it a reliable and popular choice for designers and engineers.
Draft Sight Design Software
DraftSight (sometimes informally called “Iron DraftSight” because it’s a strong alternative to other CAD tools) is a 2D CAD design software developed by Dassault Systems, the same company behind SOLIDWORKS. It is mainly used for creating, editing, and viewing 2D drawings, such as part layouts, technical drawings, floor plans, and engineering schematics.
Why DraftSight is a good option for 2D part design
✔ Professional 2D CAD Environment
DraftSight supports DWG and DXF files, making it easy to create precise part drawings ready for manufacturing.
✔ Easy to Use
The interface is similar to AutoCAD, so beginners and professionals find it intuitive.
✔ Accurate Technical Drafting
You can add dimensions, tolerances, layers, and annotations with high precision—ideal for engineering parts.
✔ Affordable
DraftSight is often more cost-effective than other 2D CAD tools while still offering professional features.
✔ Perfect for Manufacturing Drawings
Excellent for creating 2D profiles, sheet metal flat patterns, and technical detailing.
✔ Good Integration With SOLIDWORKS
You can smoothly transfer drawings or use DraftSight for clean 2D layouts before creating 3D models in SOLIDWORKS.
Short Summary
- DraftSight is a powerful, user-friendly, and affordable 2D CAD software perfect for creating accurate engineering part drawings. It’s a reliable tool for anyone working with 2D layouts, manufacturing drafts, and technical documentation.
AutoCAD Design Software
AutoCAD is a professional 2D and 3D CAD (Computer-Aided Design) software developed by Autodesk. It is one of the most widely used drafting tools in engineering, architecture, manufacturing, and construction. AutoCAD is especially strong in 2D part design, making it a standard software for technical drawings across industries.
Why AutoCAD is a good option for 2D part design
✔ Industry Standard
AutoCAD is the most recognized 2D drafting software worldwide. Knowing AutoCAD is valuable for engineering, manufacturing, and design jobs.
✔ High Precision & Accuracy
It allows extremely precise line work, dimensions, and tolerances—critical for engineering parts and manufacturing.
✔ Supports DWG & DXF
These are the most common CAD file formats, making it easy to share drawings with other software and companies.
✔ Powerful Drafting Tools
AutoCAD offers layers, blocks, hatches, dimensioning tools, and advanced editing commands that make part design faster and more efficient.
✔ Customizable
Users can automate tasks or create custom tools using scripts and macros (LISP, VBA, etc.).
✔ Large Community & Learning Resources
There are countless tutorials, courses, and forums to help beginners and professionals.
Short Summary
- AutoCAD is a powerful, accurate, and industry-standard CAD software ideal for creating professional 2D part designs. It’s widely used for technical drawings, manufacturing documentation, and engineering drafting, making it a reliable choice for designers and engineers
