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Design for Manufacturability (DFM) in Injection Molding for Medical Devices
The parts that cause the most trouble in production rarely look problematic on screen. A wall may be slightly too thick. A snap-fit may ignore material shrinkage. A surface finish may be specified for appearance instead of function. None of these necessarily flags as an error in CAD.
PreciKam Wins Export Award at the 2026 WIMCC Accolades Gala
Celebrate PreciKam's 2026 WIMCC Export Award, recognizing decades of excellence in precision medical device manufacturing and exports.
Case Study: Getting It Done When Others Could Not
In 2020, PreciKam was approached by a customer in the public safety industry that had acquired intellectual property from a U.S. supplier. The product had strong commercial potential, but the previous supplier could not consistently deliver the required quality, reliability, safety or production volume.
PreciKam Named Finalist for 2 Awards at the 2026 WIMCC Accolades
We’re proud to share that PreciKam has been nominated for two prestigious awards at the upcoming 2026 Accolades Competition hosted by the West Island of Montreal Chamber of Commerce.
Co-Injection Moulding for Medical Devices: Process, Benefits, and Design Considerations
Co-injection moulding allows a single part to combine different material properties without adding assembly complexity. In medical device manufacturing, this can be useful when a component must meet multiple performance and regulatory requirements simultaneously.
The Purpose of Quality
Suppose you were the CEO of a manufacturer at OmniCo., a producer of Widgets. Suppose that, in your capacity as manufacturing CEO, you were omnipotent. How would that go? Well, you could simply have the finished product appear from the aether at your customer's shipping dock, and payment would manifest directly in your bank account upon order reception. The finished product would be perfectly uniform and would perfectly meet specifications.
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