Engineered to meet stringent EU MDR (2017/745), ISO 10993, and USP Class VI medical device standards for Irish OEMs and global healthcare leaders.
Ireland has firmly established itself as one of the world's top three hubs for medical device innovation and export. With 9 of the world's top 10 MedTech OEMs maintaining major R&D and production footprints across Galway, Dublin, Cork, Limerick, and Sligo, the demand for tier-1 contract manufacturing partners capable of meeting strict biological safety and ultra-precise dimensional tolerances has never been higher.
As a dedicated global Contract Development and Manufacturing Organization (CDMO) specializing in biocompatible silicone molding, our facility serves as a vital bridge between prototype engineering and full-scale commercialization for Irish life science enterprises. Whether your project requires high-speed Liquid Silicone Rubber (LSR) injection molding, high-consistency rubber (HCR) compression transfer, multi-material 2K overmolding, or rapid 3D silicone prototyping, our operations strictly adhere to ISO 13485:2016 quality management frameworks and EU MDR 2017/745 regulatory requirements.
Selecting the optimal silicone formulation and molding technology is critical to mitigating clinical risk, optimizing unit costs, and accelerating time-to-market. The table below outlines key technical parameters across our primary medical silicone manufacturing methods:
| Process / Technology | Material Base | Shore Hardness | Tolerance Standard | Primary MedTech Application in Ireland |
|---|---|---|---|---|
| LSR Cleanroom Injection Molding | Platinum-Cured Liquid Silicone | 10A to 80A | ±0.005 mm (Micro-Molding) | Cardiovascular Catheter Valves, Respiratory Masks, Wearable CGM Seals |
| 2K Multi-Material Overmolding | LSR + PEEK / PC / Thermoplastics | 20A to 70A | ±0.010 mm | Surgical Robotic Handles, Endoscopic Inserters, Fluidic Manifolds |
| HCR Compression & Transfer Molding | High Consistency Rubber (Gum Stock) | 30A to 90A | ±0.025 mm | Peristaltic Pump Gaskets, High-Pressure Biopharma Diaphragms |
| 3D Printed Silicone (QP1 250) | Photopolymerized Biocompatible Silicone | 30A to 60A | ±0.100 mm | Rapid Clinical Feasibility Prototypes, Custom Anatomical Models |
| Vacuum PU & Silicone Lamination | Polyurethane & RTV Silicone | 40A to 85A | ±0.050 mm | Short-Run Diagnostic Instrument Enclosures, Pre-Clinical Trials |
Our engineering methodology is built around seamless design-for-manufacturability (DFM) transfer. We work alongside Irish medical design agencies and OEM engineering teams from concept phase through tool fabrication, IQ/OQ/PQ process validation, cleanroom assembly, and sterile packaging.
By deploying cold-runner valve gate systems and automated flashless molding technology, we reduce silicone material waste by up to 35% while eliminating manual trimming steps that could compromise component integrity.
Inquire NowMedTech innovation in Ireland is geographically specialized, with regional industrial clusters focusing on distinct medical disciplines. Our biocompatible silicone manufacturing capabilities directly address the strict requirements of these localized clusters:
Manufacturing ultra-precise silicone catheter tip caps, inflatable balloon cuffs, drug-eluting stent seals, and microfluidic check valves designed for long-term implantation and hemocompatibility under ISO 10993-4 standards.
Developing soft-touch, skin-contact biocompatible LSR enclosures, seals for continuous glucose monitoring (CGM) sensors, and overmolded elastomer keypads with IP67/IP68 ingress protection for digital therapeutics.
Engineered single-use platinum silicone tubing manifolds, peristaltic pump diaphragms, and sanitary tri-clamp gaskets capable of withstanding aggressive CIP/SIP cleaning cycles and extreme thermal conditions.
Bio-burden control is vital for components contacting blood, tissue, or parenteral drugs. Our electric liquid silicone rubber molding presses operate within ISO Class 7 cleanrooms, equipped with HEPA filtration, positive air pressure, and automated material feeding systems.
Every batch undergoes rigorous bio-burden analysis, cytotoxicity testing, and particulate count verification to guarantee full compliance with European Pharmacopoeia and Irish Health Products Regulatory Authority (HPRA) standards.
Inquire NowThe Irish MedTech sector is experiencing rapid transformation driven by regulatory updates, micro-technology integration, and supply chain decarbonization. Key trends shaping procurement decisions include:
With the European Medical Device Regulation (EU MDR) imposing stricter requirements on material characterization, Irish device manufacturers require 100% full-lot chemical traceability, raw material master files (MAF), and non-cytotoxic certification for all silicone elastomers.
To eliminate fluid leakage pathways in minimally invasive tools and wearable diagnostics, Irish R&D teams are replacing mechanical fasteners with self-bonding liquid silicone rubber overmolded directly onto PEEK, PC, and stainless steel inserts without chemical primers.
As surgical instruments and microfluidic diagnostic chips shrink, silicone components require wall thicknesses under 0.15mm and shot weights below 0.05 grams. Achieving these dimensions demands cold-runner mold tooling equipped with ultra-precise optical sensors.
Global logistics vulnerabilities have led Irish MedTech procurement executives to prioritize CDMO partners offering direct air-freight corridors to Dublin and Shannon airports, combined with robust buffer inventory management systems.
Our engineering team conducts comprehensive mold-flow analysis prior to cutting tool steel. This predictive simulation identifies potential air traps, weld lines, and non-uniform cure zones before tool production begins, ensuring zero-defect mold construction.
For early-stage clinical trial prototypes, our 3D silicone printing services (QP1 250 series) deliver functional biocompatible parts in 7 to 15 days, allowing Irish engineering teams to perform physical validation before investing in production molds.
Inquire NowOur state-of-the-art facility brings over two decades of specialized silicone engineering experience to every project. We combine high-speed automated manufacturing with rigorous quality controls to deliver unmatched reliability for high-risk medical applications.
We exclusively process platinum-cured LSR elastomers sourced from leading global silicone synthesizer partners, accompanied by comprehensive USP Class VI and ISO 10993 test documentation.
Our in-house CNC and EDM toolmaking center utilizes hardened Swiss steel alloys (HRC 54-58) to craft high-cavitation molds capable of millions of cycles with minimal maintenance.
High-resolution 360-degree optical camera inspection systems automatically verify dimensional accuracy, parting line flash, and surface purity on 100% of high-risk medical parts.
Clear, technical answers to common questions regarding regulatory compliance, tooling timelines, biocompatibility testing, and logistics to Ireland.
