Best Design Tools Shortlist
Here’s the shortlist of the best tools that I’ll cover in this article.
Design tools play a vital role in project management. They can significantly speed up the product design process and reduce the risk of errors. Without them, a product designer would have to create manual sketches and physical models of a product, which is time-consuming and prone to errors.
However, with design software, a product designer can create a 3D model of the product, which can be easily modified, tested, and refined before going into production. At the same time, there is an overwhelming number of design tools on the market. So, how do you decide which design tool is right for you?
What are Design Tools?
Design tools are software applications used to create and edit visual designs. The essential features of design tools are drawing and painting tools, layers, image editing, typography, vector editing, exporting and file formats, and collaboration tools. Graphic design, web design teams, and other creative professionals use these tools to communicate their ideas visually.
Overviews Of The 10 Best Design Tools
You can use the simple overviews of the tools below to understand how each tool stands out from other design tools. Feel free to check out how I picked the software on this list.
SOLIDWORKS
Best for creating 3D models of products and machines
SOLIDWORKS is a software application that helps engineers and designers create 3D models of products and machines before building a physical prototype.
Why I picked SOLIDWORKS: The software's simulation capabilities help users understand how the design will behave under specific scenarios. This helps designers optimize the design mockup before moving to the production phase, which saves time and money during the development process. Additionally, SOLIDWORKS provides detailed visualizations of the simulation results so that users can identify problems and make design improvements.
SOLIDWORKS is a design software used in the manufacturing industry to create 3D models and simulations of products and machines. It offers a wide range of tools to create detailed and precise models. The software also allows easy collaboration between team members.
SOLIDWORKS Standout Features and Integrations
Features include parametric modeling, assembly modeling, drawing creation, simulation and analysis, CAM integration, product data management, add-ons, and customization.
Integrations include Fishbowl, Makersite, Total ETO, Genius ERP, ImageSite, MRPeasy, Kenesto, Global Shop Solutions, Valispace, Epicor CPQ, and other software options.
Pros
- Supportive user community
- Compatible with a wide range of file formats
- Excellent rendering and visualization capabilities
Cons
- Requires high-end hardware
- Expensive for small businesses and individuals
Solid Edge
Best for small to medium-sized manufacturing companies
Solid Edge helps to create designs for products and machines, such as cars, airplanes, and household appliances.
Why I picked Solid Edge: The best part about Solid Edge is its ability to create and edit models using a combination of both parametric and direct modeling techniques. This helps designers make changes to the design without worrying about the constraints and relationships between different features.
Additionally, you can perform finite element analysis (FEA) on designs, which helps test and optimize the products for performance and durability before they are built. Also, its synchronous technology will help you edit 3D models, regardless of their original design software or file format. This means you won't have to start from scratch or spend hours manually adjusting individual features.
Solid Edge Standout Features and Integrations
Features include 2D drawing, 3D imaging, animation, CAD tools, collaboration tools, compliance management, component library, continuous modeling, data import/export, data synchronization, data visualization, design analysis, design management, document management, and dynamic modeling.
Integrations include Google Drive, Dropbox Business, OneDrive, Box, Global Shop Solutions, Smap3D Plant Design, Smap3D ScanToCAD, BoltsEtAl, SimLab Soft, HOOPS Exchange, and other software options.
Pros
- Intuitive workflow and interface
- Natively integrates with Siemens PLM software ecosystem
- Synchronous technology allows fast design modifications
Cons
- Steep learning curve for beginners
- Limited third-party software integrations
Simcenter 3D
Best for simulation-driven product development in various industries
Simcenter 3D is a design software that helps engineers create digital models of their products and run simulations to test their performance, durability, and safety.
Why I picked Simcenter 3D: I picked Simcenter 3D because of its ability to perform topology optimization. The tool allows engineers to input their design requirements and constraints, automatically generating an optimized design that meets those requirements. This process can lead to significant weight reduction and improved performance of a product while still maintaining its strength and structural integrity.
The software is primarily used in automotive, aerospace, and manufacturing industries, where engineers need to design and optimize complex products with a wide range of performance requirements. It is ideal for engineers who need to perform advanced simulations and analyses across multiple engineering disciplines, such as structural, thermal, fluid, and electromagnetic.
Simcenter 3D Standout Features and Integrations
Features include structural analysis, structural dynamics, acoustic simulation, durability and fatigue analysis, motion simulation, electromagnetics simulation, materials engineering, thermal analysis, multiphysics, additive manufacturing build simulation, and data management.
Integrations include Siemens NX, SolidWorks, CATIA, Pro/ENGINEER, ANSYS, Abaqus, Siemens Polarion, Siemens Simcenter Testlab, Siemens NX AM, Siemens Simcenter Amesim, and other software options.
Pros
- Has a powerful meshing capability
- Advanced automation and optimization tools
- Used in a variety of industries
Cons
- Occasional downtimes
- Limited learning resources
Altium Designer
Best for creating electronics and PCB design
Altium Designer helps designers create the physical layout of printed circuit boards (PCBs) and the schematics and other documentation needed for manufacturing.
Why I picked Altium Designer: The software performs real-time design rule checking (DRC) during the PCB layout process. The software will automatically check the design against predefined design rules and constraints. In addition, Altium Designer's advanced 3D visualization tools allow designers to visualize their designs in 3D and detect potential mechanical collisions, ensuring that the PCB layout fits appropriately within the mechanical enclosure.
The software has an intuitive interface and comprehensive tools for creating and testing electronic designs, which makes it ideal for various industries, including aerospace, defense, telecommunications, and consumer electronics.
Altium Designer's powerful features and advanced simulation tools make it an excellent tool for creating high-quality PCBs.
Altium Designer Standout Features and Integrations
Features include schematic capture, PCB layout, 3D PCB design, mixed-signal circuit simulation, signal integrity analysis, power integrity analysis, thermal analysis, design rules checking (DRC), design for manufacturing (DFM), bill of materials (BOM) management, ECAD/MCAD collaboration, library management, design reuse and variant management, team collaboration, and design data management.
Integrations include OpenBOM, Arena PLM, Altium’s PDN Analyzer, TASKING, JTAG Maps™, Xilinx, AllSpice, and other software options.
Pros
- Large library of pre-built components and design templates
- Plenty of tools for design documentation and schematic capture
- Easy-to-navigate interface
Cons
- Limited file compatibility
- Some users report bugs and glitches
IronCAD
Best for a drag-and-drop approach to 3D modeling
IronCAD is a 3D CAD software that uses a drag-and-drop approach to modeling. It allows users to quickly and easily create complex designs by manipulating pre-existing shapes and objects.
Why I picked IronCAD: IronCAD's TriBall interface lets users manipulate objects in 3D space using an intuitive drag-and-drop feature. The software's 'SmartSnap' technology ensures that objects are accurately aligned and positioned. IronCAD's LiveLinking feature also allows users to link their designs to other software applications, such as analysis or simulation tools, and make real-time changes that update across all linked applications.
Mechanical engineers, product designers, and manufacturers primarily use IronCAD to create 3D models of complex mechanical systems and products. Its ability to work with solids and surfaces makes it a popular choice for engineers who need to perform complex simulations and analyses on their designs.
IronCAD Standout Features and Integrations
Features include 2D drawing, 3D imaging, animation, annotations, bill of materials management, CAD tools, collaboration tools, component library, data import/export, design analysis, document management, modeling and simulation, project management, and reporting and analytics.
Integrations include Design Data Manager, SprutCAM, CADENAS, Rhinoceros, DOSCH DESIGN, 3Dconnexion, TraceParts, Renishaw, NCG CAM Solutions, and other software options.
Pros
- Flexible modeling options
- Built-in rendering capabilities
- Supports a wide range of file formats
Cons
- Limited animation and motion capabilities
- Limited documentation and user community
Mastercam
Best for precision machining and CNC programming
Mastercam is a computer-aided manufacturing (CAM) software used in the engineering and manufacturing industries. It is a tool that allows users to create, edit, and optimize machine programs for cutting, drilling, and shaping materials like metal, wood, and plastics.
Why I picked Mastercam: One of the great features of Mastercam is its 3D toolpath visualization and simulation capabilities. The software allows users to see a virtual representation of their design being cut and machined in real-time, including the movements of the machine tool, cutting tool, and material. This feature allows users to identify potential problems and optimize their toolpaths before they are executed on an actual machine, reducing the risk of errors and material waste.
Engineers in the aerospace, automotive, medical, and energy industries use Mastercam. Machinists, programmers, and manufacturers also use it to create and edit 2D and 3D parts.
Mastercam Standout Features and Integrations
Features include 2D drawing, custom development, design management, 3D printing, modeling and simulation, and multiple format support.
Integrations include Onshape, Robotmaster, APIus, Octopuz, CAM-POST, ICAM G-Code Simulation, CIMCO Edit, CAMplete TruePath, Production Module, and other software options.
Pros
- Allows high-level customizations
- Easy-to-use interface
- Used across a wide range of industries
Cons
- No cloud support
- Steep learning curve
Alibre Design
Best for businesses with mechanical design needs
Alibre Design is a 3D CAD (Computer-Aided Design) software that helps engineers, designers, and manufacturers create prototypes, wireframes, product designs, and other mechanical parts.
Why I picked Alibre Design: The software offers a real-time physics engine, which allows users to simulate the behavior of parts and assemblies in real-world conditions. It lets users test how their designs will function in the real world, including the movement of parts, and the impact of gravity and other forces. This helps users identify potential design flaws or areas for improvement before manufacturing or prototyping, saving time and resources in the long run.
Alibre Design is well-suited for various use cases, including product design, mechanical engineering, prototyping, and more. It is beneficial for small businesses, startups, and individual designers who need powerful CAD software at an affordable price. Its ease of use and accessibility make it a good choice for those new to 3D modeling and design, while its advanced features and simulation tools make it a powerful tool for more experienced users.
Alibre Design Standout Features and Integrations
Features include 3D design, sheet metal, assemblies, drawings, scripting, part families, rendering, CAM, and file formats.
Integrations include FEMdesigner AD, SimWise, SimLab Composer, Keyshot, Desktop EDA, and other software options.
Pros
- Helpful tutorials and resources for new users
- User-friendly interface and intuitive tools
- Affordable pricing compared to other CAD software
Cons
- May not be suitable for designs that require extensive collaboration
- Customer support can be slow
NX CAD
Best for designing large and complex assemblies
NX CAD is a computer-aided design (CAD) software that helps users create, modify, and optimize complex designs for automotive, aerospace, and industrial machinery.
Why I picked NX CAD: The tool stands out due to its open architecture, which supports a wide range of file formats, making it easy to collaborate with other design software. It also integrates with product lifecycle management (PLM) systems so that you can manage your design data, documents, and processes in one place.
This tool is primarily for large organizations in the manufacturing industry to design and optimize complex products and machinery. The advanced surface modeling and assembly modeling capabilities ensure that designers can create detailed models.
NX CAD Standout Features and Integrations
Features include 3D design validation, automation design, drafting and documentation, industrial design and styling, industrial electrical design, knowledge reuse, mechatronic concept design, and product modeling.
Integrations include Teamcenter, Simcenter, Tecnomatix, Siemens NX CAM, ANSYS, Abaqus, CATIA, SolidWorks, AutoCAD, Inventor, and other software options.
Pros
- Exhaustive range of tools
- Supports collaboration and teamwork
- Highly customizable interface
Cons
- Requires high-performance computer
- Complicated 2D drawing tool
Fusion 360
Best for an integrated approach to product design and engineering
Fusion 360 helps small and medium-sized businesses to design, simulate, render, and fabricate their ideas. You can use it to create anything from a small gadget to a large industrial machine. The software is available for both iOS and Android.
Why I picked Fusion 360: I picked Fusion 360 for its generative design functionality. It uses advanced algorithms to generate optimized designs based on user-specified design criteria and constraints. For example, you can set parameters such as material type, manufacturing constraints, etc., and the tool will explore thousands of possible design iterations.
If you are an engineer, industrial designer, or architect, Fusion 360 can be your ally for creating and testing designs in a 3D digital environment. Also, it provides CAD, CAM, and CAE tools in a single software package, which makes it great for both product designing and engineering.
Additionally, its real-time collaboration features make it easy for team members to work on the same design together, regardless of location. This enables faster decision-making and improved designs.
Fusion 360 Standout Features and Integrations
Features include 3D modeling and design, interactive assemblies, sheet metal part creation, automation tools, plugins, electronics and PCB engineering tools, SPICE simulation, hierarchical schematic capture, cloud collaboration and data management, photo-realistic rendering and documentation, FEA verification, test, and simulation.
Integrations include Makersite, OpenBOM, AWS Secrets Manager, Causeway Flow, Bantam Tools, HSMWorks, ElectricalOm, Autodesk A360, SimLab Composer, FeatureCAM, and other software options.
Pros
- Cloud-based tool
- Offers several online learning resources
- Affordable pricing options
Cons
- Requires a reliable internet connection
- Limited offline functionality
Onshape
Best for collaborative and cloud-based 3D modeling
Onshape is a computer-aided design (CAD) software that helps professionals create virtual models of products and machines in a collaborative, cloud-based environment.
Why I picked Onshape: A cool thing about Onshape is its real-time collaboration features, which allow multiple users to work on the same design simultaneously. While working, users don't have to worry about version control or conflicts between different versions of a design. Onshape also includes built-in messaging and commenting tools that allow team members to communicate and share feedback directly within the software.
Onshape is ideal for design teams distributed across different locations, as it enables real-time collaboration and sharing of design data without the need for expensive hardware or software installations. In addition, it is beneficial for industries that require collaboration and agility, such as automotive, aerospace, and consumer goods.
Onshape Standout Features and Integrations
Features include simulation, PCB Studio, Render Studio, Onshape-Arena Connection, data management, collaboration, version and release management, parts, assemblies, drawings, bill of materials, configurations, analytics, integrations, support, security, and frames.
Integrations include OnScale, Cadasio, Xometry, Monarch, Flatter Files, OnelPM, Phi, Arena, SimScale, OpenBOM, and other software options.
Pros
- Large library of 3D models and parts
- Includes automatic software updates
- Highly scalable and flexible
Cons
- Limited support for simulation and analysis tools
- Limited offline functionality
The 10 Best Design Tools Comparison Chart
Here is a table that where you can compare all the tools we just covered in the overviews.
Tool | Free Option | Price | ||
---|---|---|---|---|
1 | SOLIDWORKS Best for creating 3D models of products and machines | Free trial available | Pricing available upon request | Visit Website |
2 | Solid Edge Best for small to medium-sized manufacturing companies | 30-day free trial available | From $110/month | Visit Website |
3 | Simcenter 3D Best for simulation-driven product development in various industries | Free trial available | Pricing available upon request | Visit Website |
4 | Altium Designer Best for creating electronics and PCB design | Free trial available | Pricing available upon request | Visit Website |
5 | IronCAD Best for a drag-and-drop approach to 3D modeling | Free trial available | Pricing available upon request | Visit Website |
6 | Mastercam Best for precision machining and CNC programming | Free trial available | Pricing available upon request | Visit Website |
7 | Alibre Design Best for businesses with mechanical design needs | 30-day free trial available | Pricing available upon request | Visit Website |
8 | NX CAD Best for designing large and complex assemblies | 30-day free trial available | Pricing available upon request | Visit Website |
9 | Fusion 360 Best for an integrated approach to product design and engineering | 30-day free trial available | From $90/month | Visit Website |
10 | Onshape Best for collaborative and cloud-based 3D modeling | 14-day free trial available | From $2,100/user/year | Visit Website |
Other Options
Here are a few more options that didn’t make the best design tools list:
- AVEVA E3D Design
Best for plant and industrial design and engineering
- KeyCreator
Best for dynamic editing of designs
- CATIA
Best for creating large and complex designs
- Tebis
Best for automotive, aerospace, mold and die, and industrial design
- CircuitStudio
Best for designing printed circuit boards (PCBs)
- Inventor
Best for creating digital mockups of products and parts in a virtual environment
How I Picked the Best Design Tools
Perhaps you're wondering how I selected the best design tools for this list? To build this top 10 list, I evaluated and compared a wide range of design tools with positive user ratings.
After determining my long list of top choices, I further honed my list by using the selection criteria below to see how each platform stacked up against the next one. I also drew on my years of Product Manager experience to pinpoint the features that add a lot of value.
If you have general questions about design tools or how to pick the best design tools for your organization, take a look at our frequently asked questions section below. Or, you can skip directly to my detailed software summaries if that's what you need the most.
Selection Criteria
Here’s a short summary of the main selection and evaluation criteria I used to develop my list of the best design tools for this article.
Usability
Usability is a critical factor when selecting design tools, as it impacts the productivity and efficiency of the design process. Design tools with intuitive interfaces can reduce the learning curve, increase adoption, and improve overall design quality.
Standout Features
The best design tools offer unique and innovative features that differentiate them from other design software. These features include advanced design capabilities to collaborative design options, making the design process more efficient and effective.
Software Integrations
Design tools should integrate with other software and tools commonly used in the design process. This includes file sharing, cloud storage, prototyping, and development tools.
Pricing
I looked for software with flexible pricing options and affordable plans so that large and small teams can easily access them. It's also important to consider any additional costs or fees that may come with each plan.
People Also Ask
Here are a few popular questions answered for your convenience!
How do I choose a design tool?
What are the key features of design tools?
What other product-building software should I use?
Use Design Tools To Bring Your Ideas To Life
Design tools help businesses transform their product ideas into concrete representations. They also facilitate communication between team members and ensure everyone is working towards the same vision. With that in mind, I hope this top 10 list helped you find the right design tools for your team.
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