Robot patient transport and rehabilitation PTR Robots

Robot patient transport and rehabilitation PTR Robots. PTR Robots - Robots for humans - transportation and rehabilitation of patients.
With PTR robots, you can improve the quality of patient transport and rehabilitation.

Two-finger control
The intuitive control system makes the robot easy to operate with just two fingers on the joystick. It does not require any special training, but it can be used by any guardian.

Patient Lateral Displacement
The PTR can move the patient in the robot frame using traverses. This makes moving, for example, from a wheelchair to a bed, much easier and more efficient.

One hand is free
A simple navigation system allows the caregiver to free one hand to support the patient.

Free mobility
The caregiver can easily drive the robot in any direction thanks to the omnidirectional wheels. It can even rotate on its own axis if you want it to be easy to move around in tight spaces.

Adjust the size
The caregiver can easily adjust the height and width, allowing the robot to walk through a normal doorway or expand over a bed and wheelchair.

The highly flexible PTR robot provides a safer work environment for healthcare professionals and improves patient care. The PTR robot can be used regardless of location, purpose, patient, time and caregiver. These are "The Five Dimensions of Patient Movement and Handling." These five dimensions are the guiding principles for the creation and development of the PTR robot. The robot can be used anywhere, for any purpose and patient, at any time and by any caregiver.

No other instrument for transporting, handling, moving or rehabilitating patients has achieved this.

PTR Robots is a subsidiary of Blue Ocean Robotics in Odense, Denmark, at the heart of robotics in Northern Europe. The company is the result of a Robi-X development partnership between Køge University Hospital in the Zeeland region of Denmark and Blue Ocean Robotics. As a subsidiary of Blue Ocean Robotics, PTR Robots not only shares an office, but also maintains a close relationship with technology exchange and a joint R&D project team with Blue Ocean Robotics.

Our main goal is to help patients with cerebi apoplexy, geriatric patients, quadriplegic patients and any other people with reduced mobility associated with injuries or other health problems, when partial or full support is required for transfer and rehabilitation. We also strive to improve the work environment associated with caregivers and recognized high levels of severe weight lifting injuries with enormous personal and negative consequences, as well as financial burdens.