High-quality injection molding plays an important manufacturing role across industries. This process is relied on to repeatedly and reliably produce parts with tight tolerances that provide consistent long-term performance.
By utilizing our expertise and state-of-the-art technology, TenX Manufacturing can produce cost-effective tooling and molded parts at scale to meet your performance and dimensional requirements. Explore the possibilities of injection molding to find the right method for your application.
Injection molding describes a wide range of production solutions, rather than a one-size-fits-all process. There are solutions appropriate for all stages of product development, from prototyping to production runs, that can evolve throughout the cycle. For example, tooling and creation in the early stages will be lower volume and less cost effective than finished designs being created at mid- or high-volume rates. However, because TenX’s expert engineers provide multiple types of injection molding services, there is minimal risk in using injection molding. In fact, injection molding can be a viable option for all stages of production.
In the prototyping phase, injection molding offers many advantages, including:
What sets prototype injection molding apart from other prototyping methods is its ability to replace or complement 3D printing or CNC-machined parts that might otherwise be more expensive or take longer to produce. Parts that will be produced with injection molding also benefit from the process during prototyping because it makes it easier to discover design or material issues early in the creation process.
When your products are ready to go beyond prototyping but aren’t ready for full-scale production, bridge injection molding is what your parts need. This process offers many positives, including:
Bridge injection molding is ideal for performing pilot builds or meeting early customer demand, while also allowing you to gather real production data before scaling up to full-volume runs.
This process moves beyond the iterative nature of prototypes and the volume of bridge production, allowing for a cost-controlled run of parts before full ramp-up to high-volume production. What makes low-volume injection molding unique is the combination of quality and controlled quantity of parts, allowing for companies to manage their risk by slowly scaling up production.
Depending on the project, TenX designs and builds production tooling in-house or through trusted partners. Our high-volume injection molding services harness the power of automation and process validation to produce parts at scale ranging from 100,000 to millions of units. From consumer electronics to automotive parts, packaging, medical components and more, high-volume injection molding can be used to create products for a huge range of industries and applications where tooling and repeatability are required.
Insert molding uses pre-formed inserts that are placed in a mold and then plastic is injected around the object. This process allows for integrating rigid materials, such as ceramics or metal, into injection molded parts. Among its many benefits, the insert molding process provides:
What sets the multi-shot molding process apart is its use of multiple materials to mold a single part. This method is ideal for products that need functionality boosts like improved grip, sealed surfaces, thermal stability, impact resistance or chemical resistance. It is also helpful for heightening the aesthetic characteristics. Some benefits of multi-shot molding include:
If your parts demand ultimate durability and thoughtful ergonomics for all kinds of environments, multi-shot molding is a valuable manufacturing option to explore.
There are various manufacturing processes that should be considered when planning your production runs. Services like urethane casting can produce similar types of products, often for even less than injection molding. However, urethane casting is not particularly well-suited for high-volume production runs, so it isn’t recommended for any projects that call for more than a few hundred parts. 3D printing, on the other hand, can provide even more intricate details than injection molding, but for high-volume runs, injection molding is more efficient. All in all, injection molding is the right choice for:
If you have questions about the right process for your parts, reach out to the TenX team or explore our other production methods.
Finding the right partner for your injection molding needs is crucial to ensure you get the high-quality, high-performance parts you need. These top-tier results require more than the right equipment — the right injection molding partner will have the DFM support, tooling expertise and validated processes to ensure repeatable quality. In addition to these features, choosing a full-service partner like TenX means you get:
Injection molding can provide your company a unique edge. By choosing the best type for each stage of your production process, you can create cost-effective, high-quality parts quickly and efficiently. TenX Manufacturing offers end-to-end injection tooling and molding capabilities, state-of-the-art equipment and leading manufacturing engineers that will ensure you get the results you need. Reach out to our team for a quote or more information about how we can support your production of mission-critical parts
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