Our Expertise

JunoPacific has built a worldwide reputation for providing precision-injection molded components and assemblies that meet the highest demands of the medical device industry. From initial concept, design, through new product introduction and post-launch production volumes, JunoPacific is positioned to help you bring your advanced medical products to market on time and within budget.

We offer advanced design and development, engineering and program management for medical device companies. Through our new product introduction process, we transition projects to our manufacturing facilities where we produce components, sub-assemblies and finished devices for a growing range of medical markets. We consider the importance of both the medical device OEM and the final patient needs and in doing so develop a partnership for manufacturing market-driven finished medical devices and enabling platform technologies that help our customers succeed in the market.

We manufacture and supply precision-molded components and assemblies for a wide range of devices in many different markets.

When designing any medical device, your material selection plays a critical role in assuring device safety and efficacy. With decades of injection molding experience, JunoPacific has developed advanced capabilities across a wide range of medical grade polymers.  We employ advanced applied understanding of material properties and molding characteristics coupled with the latest mold flow analytical tools to design and build tooling optimized to reduce variability, maintain tolerances, extend tool life, and control costs. Our practical knowledge of how materials behave during the molding process is applied during the Design for Manufacturability (DFM) process.

JunoPacific remains the injection molding supplier of choice for many top Medical Device OEMs, providing services ranging from cutting edge engineering, design, and development through full production support. We develop effective, repeatable solutions for our customers using the latest technology and equipment in Class 7 and Class 8 cleanroom environments. We meet the exacting tolerances required by the medical industry and ship millions of component parts every week. We continuously monitor critical dimensions and track process control.

JunoPacific has gained a reputation as a premier micro molder by delivering on some of the most challenging projects in the medical device industry. We understand the focus and execution required in tool design, process simulation, process characterization, and process control phases of the development cycle. Selecting JunoPacific as your micro molding partner will reduce your risk and keep your projects on schedule.

Micro molded components typically weigh .003 grams.

JunoPacific’s Additive Manufacturing Center of Excellence employs multiple forms of 3D printing for a wide variety of medical device applications. We continuously investigate new technologies for additive manufacturing and apply state-of-the-art printers to create the highest quality parts. We currently offer FDM (Fused Deposition Modeling), SLA (stereolithography), and PolyJet processes. By deploying multiple 3DP technologies, we can optimize print function selection and lower your costs and time to market in 3D printing applications.

Cretex Medical also offers metal 3D printing via rms Company, utilizing DMP (direct metal printing) to support the development and manufacture of advanced orthopaedic implants. As the first certified medical device manufacturing partner to 3D Systems, rms Company has created a world-class U.S. service center for the manufacture of medical implants and components. Learn more about rms Company and our Cretex Medical family of companies here.

JunoPacific fully utilizes our ISO13485 quality system and strict adherence to GMP requirements to ensure the quality and efficacy of your critical medical devices. We begin with pilot lines to debug, analyze, and validate compliance for efficiency and maximum yield. Medical devices are assembled using an engineered continuous flow system in our Class 7 and Class 8 cleanrooms.

We currently manufacture a wide range of devices including orthopaedic and surgical instruments, ophthalmic surgical interfaces, and critical header and lead subassemblies for cardiac rhythm management and neuromodulation devices.