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Minimally Invasive Devices

LEADING
INNOVATION

Creating advanced tools for precise, patient-friendly procedures that minimize trauma and improve outcomes.

OVERVIEW

Improving Minimally Invasive Care

Minimally invasive procedures continue to replace open surgeries across cardiology, neurovascular, and electrophysiology, driving demand for catheters, guidewires, and energy-based tools that navigate complex anatomy with less trauma and faster recovery times. Clinicians look for devices that pair ultra-thin profiles with dependable trackability, durability, and sterilization compatibility.

Cirtec meets these needs through precision extrusion, laser processing, braided-shaft engineering, and biocompatible material science—all managed under one vertically integrated, ISO 13485-certified framework. Our design-for-manufacture approach compresses development cycles, de-risks regulatory transfer, and scales production from pilot builds to high-volume supply.

  • Disposable Ports & Access Systems
  • Endoscopic & Single-Use Instruments
  • Energy-Based Surgical Tools
  • Robotic-Assisted Surgical Tools
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precise fabrication

Minimally Invasive Device Solutions

Minimally Invasive Devices
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OTHER MARKETS

Disposable Ports and Access Systems

We design and mold multi-instrument access ports for single-incision and advanced laparoscopic procedures, helping reduce patient trauma and streamline surgical workflows.

Durable silicone and elastomer ports maintain integrity under repeated instrument exchanges.

Configurations support multiple instrument channels through a single small incision.

Custom molding ensures a secure seal and ergonomic fit during minimally invasive surgery.

Designed for compatibility with advanced imaging and endoscopic toolsets.

Energy-Based Surgical Tools

Cirtec manufactures electrosurgical and ultrasonic devices that deliver precise, controlled energy for cutting, coagulation, and ablation in MIS procedures.

Precision metal fabrication supports fine electrodes and waveguide geometries for targeted energy delivery.

Low-power electronics integration enables safe, reliable performance in disposable instruments.

Designs tailored for monopolar, bipolar, and ultrasonic modalities.

Cleanroom assembly and testing support sterile, single-use product development.

Endoscopic & Single-Use Instruments

We support the design and production of single-use endoscopic tools, including biopsy forceps, retrieval devices, and cutters, with tight-tolerance machining and robust quality control.

Miniature metal components precisely fabricated to ensure consistent cutting or grasping force.

Material expertise ensures compliance with sterilization, biocompatibility, and mechanical durability standards.

Rapid prototyping to production scaling for disposable tool programs.

Integrated testing and packaging services ensure performance and sterility.

Robotic-Assisted Surgical Tools

Cirtec enables the development of high-performance tools for robotic surgical systems, combining fine mechanics, biocompatible materials, and embedded electronics.

Swiss and CNC machining for precise robotic end-effectors like scissors, forceps, and cautery tools.

Silicone and elastomer molding for flexible, sterile components suited to robotic interfaces.

Embedded electronics enable real-time feedback and control for enhanced surgical precision.

Full support for both disposable and reusable robotic tool development.

Transform your surgical technologies with our integrated manufacturing solutions

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Other Market Solutions

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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.

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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.

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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.

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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.

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Cirtec in the News

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April 24, 2025

Cirtec Medical Expands Costa Rica Operations to Support Increased Industry Demand

Cirtec Medical Expands Costa Rica Operations to Support Increased Industry Demand

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January 15, 2025

The Future of Custom Integrated Circuit Sensing Solutions in Enabling Closed-Loop Drug Delivery Systems

Exploring how custom integrated circuits and sensing technologies are facilitating the development of advanced closed-loop implantable drug delivery systems.

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November 13, 2024

The Medical Device Handbook – November 2024 Edition

Industry recognition of Cirtec's technical expertise in advanced nitinol processing for medical device manufacturing.

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