Accelerate your consumer durable product design process with Solid Edge

Facing the fast-paced evolution of consumer expectations, businesses in the consumer durables sector are tasked with delivering not just innovative and durable products, but doing so at an unprecedented speed. The challenge extends beyond aesthetics and ergonomics; it's about quickly bringing to life ideas that meet and exceed market demands while adhering to stringent industry and regulatory standards. Solid Edge equips you with the ability to rapidly iterate through design concepts, create both physical and virtual prototypes efficiently, and ensure compliance, thereby enhancing your capability to innovate, optimize cash flow, and elevate profit margins.

Your next step with Solid Edge

Discover how Solid Edge can empower your operations to lead in the consumer durables market with innovative, compliant, and efficiently designed products. Download our detailed brief and start transforming your product development process today.

Leveraging digital twins for superior product development

For companies striving to stay ahead in the consumer durables market, leveraging digital twins offers unparalleled benefits:

• Reduced Development Time: Digital twins can cut the development timeline in half, enabling faster market entry.
• Lifecycle Optimization: Incorporate data into the digital model for improved efficiency throughout the product lifecycle.

Key Advantages of Solid Edge

Solid Edge delivers a suite of integrated solutions designed specifically for the unique needs of consumer durables companies:

• Integrated Design Tools: From 3D CAD to data management, everything you need in one package.
• Efficient Assembly Management: Handle up to 100,000-part assemblies with ease using assembly modeling.
• Flexible Design Changes: Apply synchronous technology for immediate design adjustments without the constraints of traditional modeling.
• Electromechanical Convergence: Employ industry-leading wiring and harness design capabilities for comprehensive electromechanical designs.