I would highly recommend Rowland Emergency to any EMS provider. I have been working with them for over 35 years and they have always provided top-notch parts and service for all our EMS fleet needs. This three-generation Canadian family business is a pleasure to deal with.
Secure Device Mounting for Critical Care Transport
Rowland Emergency's Ferno D360-compatible mounting poles are designed for critical care and neonatal transport applications. These stretcher-mounted solutions support compatible devices such as the Hamilton T1, CardioHelp, and other Ferno D360-compatible equipment. They help organize medical equipment, reduce clutter around the stretcher, and support efficient patient transport workflows.
Popular Mounting Poles compatible with Medical Adaptors by Ferno
Frequently Asked Questions
What are Ferno D360-compatible medical device mounting poles used for?
These adapter poles allow compatible Ferno D360-equipped medical devices to be mounted on supported Stryker stretcher systems using compatible Rowland Emergency mounting components.
Are these mounts suitable for EMS and ambulance use?
Yes, these mounting poles are designed for emergency medical service environments. They are made to support equipment used by paramedics, critical care teams and emergency response providers.
What type of equipment can be mounted on these poles?
These poles may support critical care and transport equipment such as defibrillators, ventilators, monitors and other compatible medical devices. Always check the product details to confirm device compatibility.
Are the Ferno mounting poles built for demanding EMS environments?
Yes. The mounting poles are manufactured from durable materials for repeated use in EMS and critical care transport environments. They provide dedicated mounting locations for compatible medical equipment.
Why is a dedicated mounting pole important for medical devices?
A dedicated mounting pole provides a designated mounting location for compatible medical equipment, helping maintain an organised patient compartment while keeping devices readily accessible during patient transport.
