Product Management
Product Marketing
News & Updates
Follow Us!
Product Management

One Methodology to Streamline Your Whole Value Chain

If your company hasn’t yet implemented a robust design for manufacturing (DfM) process, you’re not only missing out on cost reductions but also tangible revenue growth.

Typically a collaborative effort made possible by strong relationships with contract manufacturers, design for manufacturing (DfM) is an essential part of the manufacturing process ensuring products are designed efficiently and effectively. The vital role it plays in manufacturing operations is especially pertinent in the relationship between an original equipment manufacturer (OEM) and the DfM service provider.

The introduction of cloud-based software has changed the way manufacturers and DfM services collaborate, allowing for improved communication, real-time updates, and better control over the production process. 

In this blog post, we'll explore how the cloud era has revolutionized the DfM process and strengthened partnerships between manufacturers and DfM services.

The Importance of Design for Manufacturing

The impetus behind Design for Manufacturing (DfM) is in its intentionality and deep assessment of assembly steps. When these methodologies are carefully orchestrated, DfM reduces overall costs, minimizes design changes, decreases time to market, and ensures a quality product by simplifying all aspects involved in creating a product from early stages to delivery. 

When implemented well, DfM should touch every step of the value chain from the design stage, such as the product design prototypes and the development process, all the way through to manufacturing methods, supply chain management, and quality control.

When manufacturers utilize DfM, they’re doing so with the aim of making more cost-effective decisions about which materials and components are most suited to their products, as well as more basic questions such as part cost or the number of parts needed. These measures reduce material cost—and ultimately waste.

By using standard components and fasteners, for example, the manufacturer is able to keep part costs down while still ensuring that tight tolerances and high-quality standards are maintained. 

Additionally, a well-designed product can be made more modular so that the same basic components can be used in multiple products throughout the production line.

DfM also allows manufacturers to streamline their production processes by making use of advanced technologies and automation. This helps to ensure that production runs are as efficient as possible, while still maintaining the highest levels of quality control. Furthermore, with the right design for manufacturing and assembly (DFMA) strategies, manufacturers are able to minimize scrap rates and eliminate the need for rework or additional finishing processes.

The importance of design for manufacturing cannot be overstated. By utilizing the right design processes and technologies, manufacturers can significantly reduce costs, improve product quality, and shorten the development timeline. The standardization in the DfM process also puts a focus on the ease of manufacturing. As cloud-based software continues to become more widely used, it can be used to further strengthen partnerships between manufacturers and DfM services, ensuring that products are designed for optimal production and success.

How Cloud-Based Software Can Help

Design for Manufacturing (DfM) is an important step in the product development process. It allows manufacturers to ensure their products meet the quality standards of their customers and can be produced at a reasonable cost. Cloud-based software can help manufacturers in a variety of ways.

One way is by providing access to standard parts and components. With access to standardized components, manufacturers can reduce their manufacturing costs, as well as their overall product development costs. Furthermore, this access to standard parts also helps them maintain tight tolerances and quality control throughout the production process.

Another way cloud-based software can help is by streamlining the product lifecycle. By automating processes such as supply chain management, quality control, and part design, manufacturers can reduce the amount of time it takes to develop a new product. This allows them to get to market faster and with less risk.

Cloud-based software can also help manufacturers reduce costs by utilizing more efficient manufacturing methods, such as modular design. By creating products with modular designs, manufacturers can reduce the number of raw materials needed to produce each product, which can drastically reduce overall costs. Additionally, modular design also allows for greater flexibility and faster turnaround times when designing new products or making changes to existing ones.

Finally, cloud-based software can help manufacturers ensure they are producing a quality product by helping them with design for manufacturing and assembly (DfMA). DfMA helps manufacturers optimize their product design for efficient manufacturing and assembly, as well as ensuring that the design meets quality standards. By incorporating DfMA into their product development process, manufacturers can reduce costs, decrease risk, and create better-quality products.

Cloud-based software can be an invaluable asset for manufacturers. It can provide access to standard parts and components, streamline time-consuming processes throughout the product lifecycle, help reduce costs through efficient manufacturing methods, and ensure the quality of the final product through design for manufacturing and assembly. As the manufacturing industry continues to evolve, cloud-based software will become an even more important tool for manufacturers looking to remain competitive in an ever-changing market.

The Benefits of Using Cloud-Based Software

Design for Manufacturing (DfM) and Assembly (DfMA) are critical parts of any product development process, helping to ensure a quality product is produced on time and on budget. Cloud-based software offers several advantages to manufacturers that traditional methods of design and production simply can’t match.

First, cloud-based software allows manufacturers to streamline the product development process by allowing them to share data quickly and easily with their DfM service partners. This enables the DfM services to optimize the design for manufacturability, reducing manufacturing costs, improving quality control, and reducing the overall cost of the product.

Another advantage of cloud-based software is its ability to facilitate modular design and standardization of components and parts. This helps ensure that tight tolerances are achieved and that parts and components are interchangeable across products. This increases the scalability of production, enabling manufacturers to use more efficient manufacturing methods, leading to reduced production costs.

Finally, cloud-based software can help improve the overall quality of a product by ensuring that quality standards are met throughout the product lifecycle, including redesigns. Quality assurance is essential for ensuring that customers get a high-quality product that meets their expectations. Additionally, it helps improve customer satisfaction and loyalty, which in turn leads to increased sales and revenue.

Cloud-based software provides numerous benefits to manufacturers by helping them improve their design decision-making during the design phase, lower costs, and improve the quality of their products. 

With modern product software solutions such as Propel, the entire organization is connected on a single platform, sharing a single source of product truth. Propel’s platform, with its rich contextual collaboration, offers manufacturers improved scalability, enhanced part design and quality control, and improved product lifecycle management. 

All these factors lead to an overall cost reduction and improved quality of the product. Which in turn, delivers more product value to the customer.

The Future of Design for Manufacturing

The future of design for manufacturing (DfM) will be focused on leveraging the power of cloud-based software and automation to streamline product design and manufacturing processes. Already we’re seeing more computer-aided part development in the field of additive manufacturing pioneered by companies like Desktop Metal—which involves 3D printing custom components. 

With cloud-based software, manufacturers and DfM services can collaborate on product designs in real-time and share data more easily. This means that designs can be updated and refined quickly, improving the overall cost and quality of the product.

The use of cloud-based software and automation will improve the efficiency of the product development process by allowing for more rapid design iterations and faster response times when working with suppliers. 

This could lead to better quality control, reduced manufacturing costs, and improved quality standards. Additionally, modular design principles, standard components, and standardized parts will be increasingly utilized in order to reduce costs, improve production flexibility, and reduce overall product lifecycle costs.

Finally, design for manufacturing and assembly (DFMA) tools will continue to become more sophisticated and offer greater detail in terms of tight tolerances, material requirements, and manufacturing methods. 

This could result in products with higher quality standards, improved durability, and longer lifespans—meaning an overall improvement in the supply chain and product development processes.

Read more about keeping your organization connected by removing and sealing the gaps. Check out our Complete Guide to Value Chains.

Share This Article
Post by
Mary Houlette
Digital Project Manager, SS Industries

Mary has been working in the manufacturing industry for the past 7 years and loves using modern tech and strategies to help companies grow. With a focus on lead generation website development and project management, Mary acts as the voice of all stakeholders in the production process.

Fun Fact: Mary's worked for a staircase manufacturer since college and can tell you anything you need to know about a spiral stairs.

View All From
Mary Houlette