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Cleaning Robots for Healthcare Facilities
The Limits of Manual Cleaning in Healthcare Facilities
Clean Floors Are Part of Patient Safety
Manual Cleaning Misses What You Cannot See
Environmental Services Is Stretched Thin
A Manual Clean Leaves No Proof
How Robotic Cleaning Fits Into a Working Healthcare Facility
Step 1
Scheduled Coverage by Cleaning Zone
Corridors, wards, lobbies, and clinic floors each get their own cleaning window on a set schedule. The robot follows its route without interruption, so every zone is cleaned at the time you decide.
Step 2
Safe Navigation in Live Clinical Areas
Visual and LiDAR sensing track patients, beds, wheelchairs, and carts as they move through the building. The robot adjusts and steers around them in real time, cleaning steadily without halting its full cycle.
Step 3
Cleans Across All Hospital Floor Surfaces
The PUDU CC1 cleans tile, vinyl, epoxy, and low-pile carpet, switching cleaning modes on its own. Mixed floor surfaces across a hospital get the right treatment without anyone setting it up manually.
Step 4
Frees EVS Staff for Clinical Priority Work
Routine floor coverage runs on autopilot once you set the zones and daily cleaning schedule. Your EVS cleaners focus on high-touch disinfection and tasks required under infection control protocols.
Why Choose Epic Robotics
Epic Robotics is a Canadian-based robotics company with a local deployment team, national service coverage, and end-to-end support built into every engagement, including replacement unit availability to keep your facility running with minimal downtime.
- Canadian-based support
- Local deployment team
- Operator training included
- Preventive maintenance
- Remote diagnostics
- Minimum downtime support
#1
80+
99.9%
100%
How Robotic Cleaning Benefits Healthcare Teams
Hygiene and Infection Control
Autonomous floor care maintains consistent coverage on every cycle, helping healthcare facilities support their hygiene and infection control standards.
Documented Proof of Service
Every cycle is logged with zones, coverage, and run time, giving infection control teams and management audit-ready proof that cleaning was completed.
Reduced EVS Staff Workload
Routine scrubbing and vacuuming run on their own, so your EVS team spends less time on repetitive floor work and more on high-touch disinfection.
Fixed and Plannable Costs
Automating repetitive floor care reduces reliance on manual labour and turns an unpredictable wage line into a fixed, plannable operating cost.
Consistent Cleaning Every Cycle
The PUDU CC1 follows the same route and settings on every cycle, removing the shift-to-shift variability that manual cleaning consistently fails to control.
Minimal Day-to-Day Oversight
The robot refills water, drains waste, and recharges on its own, running quietly enough for occupied wards with little day-to-day management required.
Hygiene and Infection Control
Autonomous floor care maintains consistent coverage on every cycle, helping healthcare facilities support their hygiene and infection control standards.
Documented Proof of Service
Every cycle is logged with zones, coverage, and run time, giving infection control teams and management audit-ready proof that cleaning was completed.
Reduced EVS Staff Workload
Routine scrubbing and vacuuming run on their own, so your EVS team spends less time on repetitive floor work and more on high-touch disinfection.
Fixed and Plannable Costs
Automating repetitive floor care reduces reliance on manual labour and turns an unpredictable wage line into a fixed, plannable operating cost.
Consistent Cleaning Every Cycle
The PUDU CC1 follows the same route and settings on every cycle, removing the shift-to-shift variability that manual cleaning consistently fails to control.
Minimal Day-to-Day Oversight
The robot refills water, drains waste, and recharges on its own, running quietly enough for occupied wards with little day-to-day management required.
Technical Capabilities for Healthcare Floor Care
Built for the demands of active clinical environments, our autonomous cleaning robot combines AI-powered floor care, precision navigation, and multi-floor operation in one hospital-grade unit.
Cleaning Performance
Up to 1,000 m² Per Hour
Clears large hospital floor plates in a fraction of the time a manual crew needs on the same shift.
Up to 9-Hour Operating Runtime
Runs full cleaning cycles across multiple shifts on a single charge before returning to base. Runtime ranges from 3 to 9 hours depending on the cleaning mode selected.
500 mm Cleaning Width
Covers a 500 mm path per pass with side brush included, reducing the number of runs needed to complete clinical corridors, ward floors, and large lobby areas.
Navigation & Autonomy
Visual and LiDAR Navigation
Maps your facility and moves safely around beds, carts, wheelchairs, and people as they shift position.
Real-Time Obstacle Detection
Dual RGBD cameras and ultrasonic sensors detect moving obstacles in real time, adjusting the robot's path without interrupting the cleaning cycle.
Automatic Recharge and Refill
Returns on its own to recharge, top up clean water, and drain waste water with no operator input.
Facility & Compliance
Auto-Return to Dock Station
Detects when battery or water levels are low and navigates back to its dock station automatically, without operator input.
Under 70 dB Operation
Operates quietly in occupied wards, waiting rooms, and overnight shifts without disturbing patients.
Digital Cleaning Reports
Logs every cycle in an audit-ready record that supports infection control documentation, accreditation reviews, and facility compliance standards.
Cleaning Performance
Up to 1,000 m² Per Hour
Clears large hospital floor plates in a fraction of the time a manual crew needs on the same shift.
Up to 9-Hour Operating Runtime
Runs full cleaning cycles across multiple shifts on a single charge before returning to base. Runtime ranges from 3 to 9 hours depending on the cleaning mode selected.
500 mm Cleaning Width
Covers a 500 mm path per pass with side brush included, reducing the number of runs needed to complete clinical corridors, ward floors, and large lobby areas.
Navigation & Safety
Visual and LiDAR Navigation
Maps your facility and moves safely around beds, carts, wheelchairs, and people as they shift position.
Real-Time Obstacle Detection
Dual RGBD cameras and ultrasonic sensors detect moving obstacles in real time, adjusting the robot's path without interrupting the cleaning cycle.
Automatic Recharge and Refill
Returns on its own to recharge, top up clean water, and drain waste water with no operator input.
Enterprise Features
Auto-Return to Dock Station
Detects when battery or water levels are low and navigates back to its dock station automatically, without operator input.
Under 70 dB Operation
Operates quietly in occupied wards, waiting rooms, and overnight shifts without disturbing patients.
Digital Cleaning Reports
Logs every cycle in an audit-ready record that supports infection control documentation, accreditation reviews, and facility compliance standards.
Typical Payback
The financial return from autonomous floor care depends on facility size, labour rates, cleaning frequency, floor mix, operating hours, and the selected purchase model. Epic Robotics works with each healthcare facility to assess its current process and prepare a site-specific cost and coverage analysis.
Healthcare customers typically achieve:
- Predictable cleaning costs with no surprises
- Reduced EVS labour dependency
- Consistent infection control standards
- Increased cleaning frequency per shift
- Digital cleaning records logged
