For moldmakers, new product development (NPD) projects represent both exciting opportunities and potential pitfalls. These projects offer the chance to work on cutting-edge designs for globally recognized brands, but they also come with unique challenges that can strain customer relationships and project timelines.

In the moldmaking world, NPD isn’t limited to entirely new products. It can also encompass significant redesigns of existing products. For moldmakers, this means working with initial product designs not vetted for manufacturability and multiple design revisions and requotes to produce parts with unexplored geometries or features.

NPD for the tool shop is designing and building an injection mold that’s never been designed or built before to create a part that’s never been manufactured before. It’s pretty exciting, but it requires great discipline.”

The challenges, which can be numerous and need to be balanced, include:

Navigating complex part geometries as wanted or needed
Implementing novel design features and the ability to maintain them
Addressing impacts on steel conditions, actions and weight risks to up time
Developing appropriate ejection and thermal control systems as well as all elements for robust production
Creating specialized surface finishes and coatings to optimize the performance of emerging material streams
For multi-shot or in-mold decorating projects, additional hurdles may include material bonding, flash control and label placement issues.

One of the most crucial aspects of managing NPD projects is maintaining clear, consistent communication with the customer. This communication needs to go beyond technical details and consider the broader context of the project.

Effective communication helps maintain positive project momentum and prevents misunderstandings that can damage customer relationships. It’s essential to prepare customer contacts to translate technical challenges into language that executive-level decision-makers can easily understand.

At the end of the day, best practices are best practices for a reason. It’s about defining what you know and why you know it, what you think you know and why you think you know it – but should confirm. And finally, what don’t you know, but need to find out.

1. Define the Project Scope
Before diving into design and production, it’s critical to establish a clear project scope. This includes defining buy-in, acceptance criteria, resource planning, scheduling and cost modeling.

2. Assess Knowledge and Unknowns
A thorough evaluation of what is known, what is believed to be known and what remains unknown about the project helps identify potential risks and areas requiring further investigation.

3. Guard Against Scope Creep
NPD projects are particularly susceptible to scope creep. Changes like switching to high-gloss finishes or altering material handling requirements can significantly impact costs and timelines. Identifying these factors early is crucial for maintaining project viability.

4. Leverage Simulation and Virtual Prototyping
While not a substitute for physical testing, simulation and virtual prototyping tools can provide valuable insights early in the development process. Proper gate design, in particular, can solve a majority of potential issues.

5. Treat Prints as Living Documents
Tolerances specified in initial prints may not always align with manufacturing capabilities or actual product requirements. Robust product testing can help refine print specifications based on real-world manufacturing capabilities.

6. Embrace Thorough Process Development and Validation
Although often viewed as time-consuming and expensive, thorough process development and validation are critical for long-term project success. These steps help identify the key factors controlling product quality and enable faster troubleshooting when issues arise.

Balancing Prototyping Methods with Production Intent
A key challenge in NPD projects is focusing on the ultimate production intent while progressing through various prototyping stages. It’s crucial to keep the customer’s engineering team focused on the end goal, particularly for high-volume production scenarios.

We always do our very best to keep the customers’ engineering team focused on what we’ll call the production intent design. Because it’s very tempting to feel that you’ve accomplished something if you’re going through the formative stages of prototyping or virtual prototyping. But, we have to remember the end goal.

While early prototyping methods like 3D printing can provide quick results, they cannot address critical factors for high-volume production like a pilot or bridge mold, such as cooling systems, optimal gate locations or material handling characteristics. Moldmakers must guide customers through the prototyping process with the final production requirements in mind.

Despite being often viewed as a tedious and expensive process, mold validation plays a crucial role in ensuring long-term project success. Thorough validation helps identify the key factors controlling product quality and enables rapid troubleshooting when issues arise during production.

Validation is your opportunity to learn what really controls the quality of your product, get your hands around it, measure the right thing at high volume, low cost. If you don’t, then you’re chasing what happened, as opposed to saying I need to figure out what changed.

Managing Customer Expectations and Costs
A recurring theme in NPD projects is managing customer expectations, particularly regarding costs. The OEM ultimately owns the cost of their part, driven by factors like material choice, part thickness and design features.

Moldmakers must clearly communicate how design decisions impact costs and production capabilities. This transparency helps prevent misunderstandings and allows for more realistic project planning.

The Long Game of NPD Projects
OEMs often have multiple NPD projects running concurrently, with only a small percentage reaching full production. For moldmakers, this means each NPD project is an opportunity to demonstrate value, build customer relationships and position themselves for future business.

As projects progress from prototype to production, there may be opportunities for bridge tooling or incremental capacity increases. These steps allow for further refinement of the tooling system and can lead to additional business opportunities.

Successful navigation of new product development projects in moldmaking requires a delicate balance of technical expertise, clear communication, and strategic thinking. By embracing best practices, maintaining a focus on production intent and effectively managing customer expectations, moldmakers can turn the challenges of NPD into opportunities for growth and long-term success. The key lies in viewing each project not as a single mold build, but as part of an ongoing partnership with the customer, aimed at bringing innovative products to market efficiently.