Other Solutions
Specialized Expertise for Diverse Medical Applications
Advanced manufacturing for diabetes management, ophthalmology, and other specialized devices that improve patient outcomes.
Equipped for Every Challenge
Cirtec delivers precision manufacturing and engineering expertise across diverse medical specialties beyond our core cardiology and neurology focus. We support the development of ophthalmology devices including glaucoma shunts and retinal implants, minimally invasive surgical tools for both robotic and endoscopic procedures, advanced diabetes management technologies like continuous glucose monitors, sophisticated drug delivery systems with precise dosage control, and smart orthopedic implants featuring embedded sensors for real-time monitoring. Our broad capabilities in precision machining, microelectronics, thin-film technology, and biocompatible materials enable us to provide high-quality, scalable solutions that advance patient care across these specialized medical fields.
Solutions
Minimally Invasive Devices
Cirtec specializes in the design and volume production of both disposable and durable technologies for minimally invasive surgery.
Whether for robotic surgery, Single-Incision Laparoscopic Surgery (SILS), or endoscopic procedures, Cirtec provides the tools and solutions that established leaders and emerging innovators need to succeed in the evolving world of surgical technology.
Diabetes Care
Cirtec advances diabetes care with precision-engineered continuous glucose monitors (CGMs) and insulin delivery systems. Our expertise in miniaturized sensors, wireless connectivity, and power management enables seamless real-time monitoring and closed-loop integration.
With scalable manufacturing and biocompatible materials, we support both wearable and implantable solutions, enhancing patient outcomes through high-performance diabetes management technology.
Drug Delivery Devices
Our specialization in complex electromechanical systems positions us to effectively contribute to the advancement of innovative drug delivery systems, spanning from initial concept to full-scale production.
Smart Orthopedic Implants
Cirtec is well-positioned to support this growing market with advanced assembly techniques for multi-material devices and precision electronics integration. We incorporate technology to track alignment, load distribution, and detect early signs of wear or infection.
Ophthalmology Devices
Cirtec’s expertise in precision machining, silicone, elastomers, and microelectronics establishes us as a crucial partner in the development of innovative ophthalmology devices.
Key Capabilities
Advanced Electronics
Miniaturized circuits and sensors enabling continuous glucose monitoring systems, smart orthopedic implants, drug delivery devices, and advanced ophthalmology treatments requiring precise control.
Precision Metals
Ultra-fine machining and forming capabilities critical for minimally invasive surgical instruments, ophthalmology microsystems, smart orthopedic components, and intricate drug delivery mechanisms.
Silicone & Elastomers
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Biocompatible materials engineered for ophthalmology components, minimally invasive surgical tools, diabetes device seals, and drug delivery systems with precise durability, flexibility, and patient comfort requirements.
Research, Design & Development
End-to-end expertise accelerating innovation across ophthalmology sensors, minimally invasive surgical tools, smart orthopedic implants, and drug delivery systems from concept through regulatory approval.
Manufacturing Services
ISO-certified cleanroom production supporting everything from ophthalmology microsystems and minimally invasive tools to drug delivery systems and diabetes care devices at clinical to commercial scale.
Precision Components
Delivering micron-level precision parts—from laser-cut electrode rings and hermetic enclosures to micro-machined connectors—using state-of-the-art CNC, laser processing, and additive techniques for mission-critical medical devices.
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Silicone Molding
Providing high-accuracy silicone molding and overmolding services capable of complex geometries, multi-durometer features, and tight tolerances to support durable, biocompatible seals and components in implantable and percutaneous systems.
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Thin Film Technology
Enabling micro-scale medical innovations with additive thin-film processes that achieve vertical-wall circuit features down to 5 µm, supporting high-density biosensors, flexible microcircuits, and implantable microstructures.
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