PDC

#PDC's company page has reached 3,000 LinkedIn followers - thank you for being part of our growing community! Follow us for engineering-focused content on micro molding design considerations, material selection strategies, and advanced manufacturing capabilities. Click Follow now to stay connected. #MicroMolding #PrecisionInjectionMolding #Medtech #Dx #Biotech

#Proteomics and #genomics rely on advanced sequencing devices, many of which depend on injection molded components for accuracy and efficiency. At PDC, we manufacture critical components and products such as:? ?? Optical plates for real-time fluorescence detection.? ?? Flow cells with micro-scale features for #DNASequencing. ?? Reaction chambers for enzymatic analysis. Our complex materials expertise ensures these components maintain optical clarity, thermal stability, and chemical resistance, supporting reliable data generation for next-gen sequencing (#NGS) platforms. ?? Looking Forward: #PDC’s injection #molding solutions are helping scientists uncover new insights in genomics and proteomics faster and more efficiently than ever. Learn more about our capabilities at https://lnkd.in/ewcFwGfh #PrecisionInjectionMolding #MaterialScience #MicroMolding #ProteomicsTools #NextGenSequencing #OmicsInnovation

We’d love to hear from you! What topics, insights, or innovations are you most interested in? Whether it's precision injection molding, advancements in medical devices, or industry trends, let us know what you'd like to see from us. Stay in the loop—follow our page for updates on cutting-edge manufacturing solutions and industry expertise! ???? #MedicalDevices #InjectionMolding #Innovation #StayConnected

In the latest Medtech Unboxed episode, Brett Lenz, PDC’s Director of Engineering, joins Steve Maxson to discuss the complexities of micro molding with #PEEK and how engineers can achieve consistency and performance during product development. If you're working with #PEEK — or considering it — this conversation is packed with insights to help you make the right design and processing decisions. ? Thanks to Steve Maxson for the opportunity to dive into this critical topic! ? Watch the full episode - https://lnkd.in/eV5KAYpN ? #MaterialScience #MicroMolding #PDC #ProductDevelopment #Miniaturization #PrecisionInjectionMolding #MedtechUnboxed #MedtechUnboxedPodcast

Consumable medical products and components, like ligating clips, play a vital role in countless #surgical procedures. At #PDC, we leverage our precision injection #molding capabilities to create high-performance clips that provide secure, reliable tissue and vessel ligation. Key benefits of our process include:? ?? Material optimization: Using biocompatible polymers like polyacetal (POM) and polypropylene for strength and durability.? ??Micro precision: Ensuring tight tolerances for consistent functionality.? ??Scalability: High-volume production with repeatable quality for consumable demands. These components may be?#miniature,?but their impact on surgical outcomes is immense. With a focus on innovation and quality, #PDC ensures surgeons can rely on these tools for every procedure. ?? Looking Ahead: As demand for #consumables rises, partner with #PDC for innovative micro molding design and development solutions. Let’s innovate together - learn more at https://lnkd.in/e2ix2hQf. #MedicalConsumables #MicroMolding #PrecisionInjectionMolding #MaterialScience #Medtech

The integration of digital #microfluidics with single-use technologies is transforming #diagnostics and #bioprocessing—delivering precise fluid control, minimizing contamination, and accelerating breakthroughs in drug discovery and personalized medicine. At #PDC, we specialize in micro molding high-precision #microfluidic chips, enabling scalable, sterile, and cost-effective solutions for next-gen healthcare and biotech applications. In our latest technical article, learn how our expertise supports advancements in microfluidics. Read the full article here: https://lnkd.in/eTQQav6q #MicroMolding #PrecisionInjectionMolding #MaterialScience #Engineering #Collaboration #ProductDevelopment #Dx #Biotech

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Consumables like PCR plates, pipette tips, and microtiter plates are the backbone of #proteomics & #genomics workflows. #PDC's injection #molding capabilities make these tools affordable, scalable, and reliable for global research labs. #PDC’s expertise allows us to: ?? Mold ultra-thin plates for thermal cycling efficiency in PCR applications.? ??Use bio-inert #polymers like #polypropylene to prevent sample contamination.? ??Deliver high-volume production without compromising precision or quality. These devices may seem simple, but their impact on accelerating gene sequencing and proteomics is transformative. ???Looking Forward:?#PDC?is dedicated to meeting the rising demand for precision injection-molded consumables that support breakthroughs in genetic and protein analysis. Visit our website to learn more!? https://lnkd.in/ewcFwGfh #PipetteTips #MicrowellPlates #Proteomics #Genomics #MicroMolding #PrecisionInjectionMolding #LabConsumables #MaterialScience

Precision and durability are critical in heart valve surgery. Micro molded polyether ether ketone (#PEEK) surgical #anchors are redefining performance, offering a lightweight, biocompatible, and imaging-friendly alternative to metal and biodegradable options. With exceptional strength and long-term stability, PEEK enables reliable fixation without degradation, ensuring better surgical outcomes and patient recovery. How does micro molding enhance #cardiovascular applications? Read our latest technical article to learn more. https://lnkd.in/e_QcVRZn #MicroMolding #SurgicalAnchors #CardiovascularSurgery #Medtech #MedicalDeviceManufacturing #Implants #MaterialScience

At #PDC, we specialize in precision over-molding—whether plastic-to-plastic or metal-to-plastic—to enhance the performance of minimally invasive catheter components, orthopedic implants, and drug delivery systems. Key Engineering Benefits: ? Plastic-to-Plastic Over-Molding – Enables seamless material integration, eliminating secondary assembly steps and enhancing mechanical bonding, chemical resistance, and miniaturization. ? Metal-to-Plastic Over-Molding – Improves structural integrity, electrical insulation, and biocompatibility, ensuring robust performance for medical-grade applications. ? Enhanced Performance & Durability – Reduces stress points, improves shock absorption, and enhances wear resistance for mission-critical medical devices. Looking to optimize your next project? Send your specifications or model to [email protected] for a #DFM review with #PDC's over-molding capabilities! #MicroMolding #Overmolding #MedicalDeviceEngineering #Biotech #LifeSciences #Medtech #MedicalDeviceManufacturing #Implants