HeyGears

3D Printing Serves as a Bridge to Mass Production in New Endeavor3D White Paper

AM Investment Strategies
Formnext

Share this Article

Now that additive manufacturing (AM) has demonstrated itself as a production technology, the scale up for the industry may be found in bridge production. As evidenced during COVID-19, 3D printing as a stopgap measure can act as a gateway into adoption of AM for end-use production for many companies. One company keenly aware of this space is Endeavor 3D, whose latest white paper, “Accelerating the Path to Mass Production through an Additive Bridge Production Strategy,” offers an in-depth exploration of this crucial transition phase known as ‘bridge production’.

The white paper presents a compelling case for bridge production, highlighting its pivotal role in sectors like footwear, where companies like Adidas have leveraged 3D printing technologies to gradually scale production based on consumer feedback. This approach has not only validated market demand but also allowed for iterative enhancements to product design and quality before committing to larger production volumes.

Furthermore, the application of bridge production extends beyond consumer goods to high-stakes industries such as automotive and aerospace. For example, the automotive sector, particularly in the production of electric vehicles (EVs), faces a volatile market demand and a rapid pace of technological change. Bridge production offers a flexible solution that minimizes risks associated with large capital investments in new manufacturing lines, allowing companies to respond more dynamically to evolving market conditions and regulatory environments.

The white paper also addresses the broader implications of bridge production for the manufacturing sector. It argues that as industries increasingly integrate digital manufacturing techniques with traditional processes, the ability to manage these transitional production strategies will become a competitive advantage. This integration allows for more sustainable manufacturing practices by reducing waste and increasing the efficiency of resource use, aligning with global sustainability goals.

Moreover, the white paper does not just theorize but provides concrete examples and data-driven insights that illustrate the successful application of bridge production strategies across various sectors. This includes visualizations of the rapid design iteration process and detailed case studies from the footwear and automotive industries, demonstrating tangible benefits such as cost savings, improved product quality, and shortened time-to-market.

To gain a deeper understanding of how bridge production can transform your manufacturing processes and help you navigate the complexities of the market, download the full white paper from Endeavor3D.



Share this Article


Recent News

3D Printing Financials: Another Strong Quarter for Materialise’s Medical Segment

Tiny Bioprinter Could One Day Repair Vocal Cords During Surgery



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

When Bioprinting Enters the Room: Wyss Institute’s Chris Chen Joins the National Academy of Medicine

Christopher Chen, one of the architects behind Harvard’s 3D Organ Engineering Initiative, has been elected to the National Academy of Medicine (NAM), a rare honor that points to just how...

3D Printing Helps Create Narcan Dispensers to Prevent Overdoses

A North Texas team is using 3D printing to make smaller, low-cost Narcan vending machines, helping more communities get access to a medication that can reverse opioid overdoses and save...

Atlanta VA First in U.S. Veterans Health Care System to Offer 3D Printed Casts & Splints

The potential for additive manufacturing (AM) in the military is by no means limited to applications like propulsion hardware, drones, and explosives. 3D printed medical devices, for instance, have attracted...