Resources on innovative prototyping, specialized product design,
and small-run contract manufacturing.

The solutions to problems encountered during the transition to lean manufacturing cannot be generalized, as every organization has its own unique set of challenges and operating specifications. There are, however, several important lean manufacturing best practices that can establish a solid production baseline to utilize when fully preparing a product line for lean manufacturing.
Worker reviewing common quality control areas to address rapid prototyping pros and cons
It’s necessary to keep in mind certain control aspects when weighing rapid prototyping pros and cons for your products. Developing and proving out a test plan before starting work will help you to build an ideal model for what rapid prototyping needs to provide for your products. Establishing these ideals starts with looking at a few distinct characteristics of the rapid prototyping process. When these are in place, you will find that the cons list shrinks to almost nothing.
Developing a prototype
It's strange to think of end-to-end manufacturing as the next stage of industry 4.0 because for so long, segmentation has reigned supreme. Companies outsource many different tasks in the manufacturing process, believing this will save them money in the long run. However, end-to-end manufacturing creates transparency and builds scalability that today's creators need to roll out their products to the mass market.
Designer drawing an idea-representing, illuminated light bulb
Clarifying the particulars for what you need to know about the industrial design process in best practice can be done by following two key steps. To begin, there are three elemental areas to become well-versed in that will allow you to better grasp some of the unseen or often-missed areas of industrial design. The next step is to seek guidance from an experienced industrial design consultant allowing them to guide you through a closer examination of the overall process.
Image of a 3D printer next to a CAD design on an LCD monitor
Determining which of the primary rapid prototyping techniques is the best fit for bringing your design concepts to life involves more than picking the methodology. There are a few sub-elements involved in rapid prototyping that will help give your project’s concept an added boost in proving out designs. Familiarizing yourself with these prototyping features will give you stronger and better-looking examples that can be presentable to almost any audience.
Determining the right composite materials for your next product
Composite materials are popular because they're strong, lightweight, and versatile. The market for these materials will grow to more than $112 billion in value by 2025, indicating that we've only begun to break the surface of what composites can do. They're in virtually every industry, from packaging for consumer goods to building the bodies of airplanes and automobiles. Creators developing new products will find that composite materials are likely to play a role.
Pointing finger illuminates the center of a lightbulb, with binary data in the background.
Before taking your star product from design to shelf, there are a few important startup product development points of wisdom to learn. These information points will give you a solid foundation upon which to move your products forward efficiently and safely. Leaning on these ideas will also give you a concise blueprint for when the time arrives to seek out a manufacturer for your products.
While the differences between most engineering disciplines are fairly obvious, misunderstandings are common when explaining the differences between mechanical vs electrical engineering. This is largely due to the similarities in the designs provided by both modalities, as well as how closely electrical and mechanical engineers work together in building projects. It becomes important then to understand the nuanced differences between these two engineering types in order to accurately build project scopes.
A creator who wants to move seamlessly through the product design process will carefully choose their partner. An end-to-end solution where the firm can offer everything from the initial prototype to small-run manufacturing is ideal. With the right team in their corner, creators can build a product that gains the attention of consumers for years to come.
The polyurethane production market is continuing to evolve at a rapid pace. Staying on top of emerging methodologies and production trends can quickly become overwhelming for an engineer with multiple projects on their plate. This is why it is important to seek out the expertise of a proven team of engineers that can guide you through all of the nuances around polyurethane casting processes.

Do you need some help to bring your dream to market?

We pride ourselves in being able to solve problems at all levels of small manufacturing: from concept, to design, through product development, and into manufacturing.

Reach out today for more information:

Contact Us

Pacific Research Labs

As an American based contract manufacturer, we specialize in material development, thermoplastic material molds, 3D printing, custom machining/tooling, and design for manufacturing.

Call For More Info