Ambu single-use endoscopy solutions for urology
Ambu® aScope™ endoscopes for urology are high-quality products from the largest and most experienced supplier of innovative single-use endoscopes in the world.
aScope™ 4 Cysto, aScope™ 5 Cysto HD and aScope™ 5 Uretero are all compatible with the full-HD Ambu® aView™ 2 Advance endoscopy system. aScope 5 Uretero and aScope 5 Cysto HD, which are mainly used for more difficult cases in the outpatient clinic and OR, also work with the full-HD Ambu® aBox™ 2 endoscopy system.
Ambu® aScope™ 5 Uretero
A single-use ureteroscope that offers a way to perform procedures confidently without worrying about the downtime and costs associated with the cleaning and repair of reusable ureteroscopes.
Ambu® aScope™ 5 Cysto HD
A single-use cysto-nephroscope that combines the state-of-the-art imaging of reusable flexible cysto-nephroscopes with the simplicity and efficiency of the Ambu single-use solution.
Ambu® aScope™ 4 Cysto
A single-use cystoscope that enables you to take control of your schedule and be more productive.
Ambu displaying and processing units
Our high-quality endoscopy systems are designed to work with our single-use endoscopes.
Ambu® aView™ 2 Advance
A lightweight, portable endoscopy system which is easy to transport, set up and use.
Ambu® aBox™ 2
A stationary system with a compact design, which offers a broad range of connectivity and integration options.
aCart™ Compact
A modern, portable workstation
Offers convenient storage without taking up a lot of space.
aCart™ Plus
A stable, convenient workstation
Designed for stability and convenience in the operating room.
See aScope 4 Cysto in action
Watch four clinical procedures
Evidence relevant to single-use ureteroscopy
Get a quick overview of the key findings in peer-reviewed studies relevant for single-use ureteroscopy on topics such as health economics, improving clinical outcomes, elimination of costly repairs and environmental impact.
Evidence relevant to single-use cystoscopy
Get a quick overview of the key findings in peer-reviewed studies relevant for single-use cystoscopy on topics including clinical performance, health economics, workflow optimization, patient preferences and environmental impact.
Forward-thinking solutions
Ambu has built on over a decade of single-use endoscopy know-how to place a reliable, sterile and cost-effective solution in your hands. We launched the world’s first single-use flexible bronchoscope in 2009, and since the launch of aScope 4 Cysto in 2020, over 2 million patients have been treated with Ambu single-use urology endoscopes at hospitals around the world.
Accountable to you across the value chain
Having full control of our own value chain makes us fully accountable for our solutions and deliveries.
Designed by the largest single-use endoscopy R&D team in the world at three dedicated global single-use innovation centres, which respond quickly to evolving needs.
Geographical spread of single-use endoscope production sites in Malaysia and Mexico reduces supply chain risks by ensuring continuity should regional disruptions occur.
Ambu pioneered the single-use flexible endoscope market in 2009 and sells more single-use endoscopes than all other single-use endoscope companies combined, which is a testament to our vast experience in meeting customer needs.
Lowering the carbon footprint of our products
Ambu incorporates a circular approach throughout the entire life cycle of our products, from design to disposal.
One tangible example of this approach is our pioneering use of bioplastic material, in our single-use endoscopes, including aScope 5 Uretero, aScope 4 Cysto and aScope 5 Cysto HD. The ABS plastic used in the handles emits 70% less CO2 than handles made from purely fossil-based ABS plastic.*
Learn about our use of bioplastics and other initiatives that further our aim to create products with the lowest environmental footprint possible.
*Based on cradle-to-gate LCAs on the raw material from the supplier. The LCAs compared ABS plastic made with 100% fossil-based feedstock with our new bioplastic ABS (which consists of 50% second-generation bio-based feedstock and 50% fossil-based feedstock). This reduction applies to the carbon footprint of the ABS plastic in the handle only, not the full lifecycle for the finished good.
