ARKA-FLORENCE

The Intelligent Bed Transport Robot for Streamlined Healthcare Delivery

ARKA-FLORENCE

The ARKA-FLORENCE is a revolutionary hospital bed transport robot designed to optimize workflow and patient care. This autonomous mobile robot (AMR) utilizes Mecanum wheels for omnidirectional movement, navigating tight spaces and maneuvering seamlessly. Programmable via tablet or computer, it efficiently transports beds to designated rooms, while also offering the option to integrate patient monitoring equipment for real-time vitals tracking (body temperature, heart rate, blood pressure). Additionally, this robot can connect to a real-time data network, transforming healthcare data into actionable insights for improved clinical decision-making and patient outcomes. It's equipped with obstacle detection, a LiDAR navigation system, and various sensors, this ensures safe and efficient patient bed transport, empowering medical professionals to focus on delivering exceptional care.

Empowering Medical Professionals with Efficiency and Safety

The ARKA-FLORENCE tackles critical challenges faced by hospitals today.
Here's how it empowers medical professionals:

01

Enhanced Efficiency and Workflow

  • Streamlined Patient Transport: ARKA-FLORENCE automates bed transport, freeing up valuable staff time for direct patient care. This Scalable Healthcare Automation solution reduces the physical strain of manual maneuvering and allows for efficient patient transfers between departments.
  • Reduced Risk of Human Error: Programmable navigation and LiDAR-based obstacle detection ensure safe and consistent bed transport, minimizing the risk of errors during manual maneuvering.
02

Improved Patient Care

  • Touchless Patient Transport with AMRs: By automating bed transport, ARKA-FLORENCE promotes a touchless environment, a growing trend in healthcare due to hygiene concerns.
  • Optional Real-Time Patient Monitoring: This robot can be equipped to continuously track vital signs (temperature, heart rate, blood pressure) during transport, enabling timely intervention and informed clinical decisions for improved Data-Driven Healthcare.
03

Safety and Security

  • Autonomous Navigation: Eliminates the need for pre-programmed routes or infrastructure modifications. Advanced obstacle detection ensures safe navigation within the hospital environment.
  • Enhanced Data Security: The system adheres to strict IT security protocols to safeguard patient data privacy and confidentiality.
04

Seamless Integration and Investment in the Future of Healthcare

  • Plug-and-Play Integration: The ARKA-FLORENCE requires minimal setup and integrates seamlessly with existing hospital Management Execution Systems (MES) and Enterprise Resource Planning (ERP) platforms, minimizing disruption to workflows.
  • Scalable Solution: The system is fully configurable to meet the specific needs of your facility and can be easily scaled up as your requirements evolve.
05

Remote Management and Support for Uninterrupted Care

  • Real-Time Monitoring and Analysis: A cloud-based dashboard allows for remote visualization and control of the robot fleet, enabling proactive performance optimization and troubleshooting.
  • 24/7 Support: Comprehensive support ensures rapid resolution of any hardware, software, or operational issues, minimizing downtime and maximizing system availability.

The ARKA-FLORENCE is more than just a robot – it's an investment in the future of healthcare. By implementing Hospital Robotics, you can empower your staff, enhance patient care, and streamline your operations.

Advantages of the mecanum wheel technology

More Space

01

Space-saving technology and virtually unlimited movement possibilities

Low costs

02

Lower construction and maintenance costs

Accuracy

03

drive technology achieves an accuracy of up to +/- 5 mm

Quick installation

04

Made for quick installation and removal

Product Specification

Dimensions900x650x220 mm
Payload250 kg
Height220 mm
Length900 mm
Width 650 mm
Number of wheels4
Weight235 kg
Maximum travel speed1.5 m/s
Battey120 Ah
Navigation method2D Lidar sensor + AR camera
Operation method ARKA® Fleet management system
Positioning angle accuracy±1°
Positioning accuracy
±5 mm
Operating time at rated condition
8~10 h
Object in-position detectionContact detection and Contactless detection
Scram buttonEmergency Stop Switch + Acousto-Optic Alarm
On-board video recording
Optional
Run Time8 hours (charging automatically in battery charge stations)
Charge Time3.5 hours
CommunicationWi-Fi (Wireless)
Safety FeaturesObstacle sensors in the front and rear side and SLAM sensor for localization, mapping, and safety function as well.
Brake button
Emergency Stop Buttons
Indicator Led Lights

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Contact us today to learn how we can take the pressure of your operations and improve your performance
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