Tools and techniques commonly used by product industrial design companies

In the field of product industrial design, companies usually use a series of tools and techniques to complete the entire design process from concept to physical object. These tools and techniques cover not only traditional physical tools, but also modern digital design tools. Below, we will introduce these commonly used tools and techniques in detail.  1. Physical tools

While digital design has become mainstream, physical tools still play an important role in the initial ideation and sketching stages. Designers often use pencils, colored pencils, markers, etc. to make hand-drawn sketches to quickly capture design inspiration. In addition, drawing tools such as protractors, set squares, and curve boards are also commonly used for precise drawing and measurement. In the model making stage, designers may use model making tools, materials such as foam board, plastic, wood, etc., as well as related processing equipment such as small cutting machines, sandpaper, etc., to create preliminary product prototypes.

2. Digital Tools

3D modeling software: Such as SolidWorks, AutoCAD and Rhino, etc. These software allow designers to accurately create and edit 3D models on the computer. Through these software, designers can easily adjust the shape, size and details of the product to achieve the desired design effect.

Rendering software: Such as KeyShot, V-Ray, and Blender, etc. These software are used to render 3D models with material mapping, light settings, etc., so that they can present more realistic visual effects. This helps designers and customers more intuitively understand the final look of the product.

Image processing software: Such as Photoshop, Illustrator and CorelDRAW, etc. These software play an important role in graphic design and image processing. Designers can use them for image editing, retouching, icon design and typesetting to improve the visual presentation of the product.

Prototyping technology: In addition to traditional physical model production, modern industrial design also widely uses advanced technologies such as 3D printing, laser cutting and CNC machining to produce product prototypes. These technologies not only improve production efficiency, but also restore design intent more accurately.

Interaction design tools: Such as Axure, Sketch and Figma, etc. These tools are used for user interface and user experience design. They help designers create intuitive and easy-to-use product interfaces, thereby increasing user satisfaction and loyalty to the product.

3. Special software

In addition, there are some software specific to certain design tasks, such as CDR (CorelDRAW), which is often used for graphic design of instructions and brochures; ProE (PTC Creo) is a powerful ID design and structural design software; and 3DS Max is widely used in the rendering of product 3D images.

To sum up, product industrial design companies will comprehensively use a variety of tools and technologies when designing. The choice of these tools and techniques depends on the specific needs of the project and the designer's personal preferences. By mastering and applying these tools and techniques, designers can create beautiful and functional products that meet the needs of the market and consumers.