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Cleaning Supply Robotics
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An open-plan office in early morning with an autonomous vacuum crossing the carpet.
Concept image

Goldline Robotics

Autonomous vacuum

Model
Model name
Manufacturer
Manufacturer

Vacuums carpet and hard floors across open-plan spaces and corridors.

Typical environments

  • Corporate offices
  • Hotel corridors
  • Common areas
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Overview

Autonomous vacuums cover open-plan offices, corridors and common areas on a schedule, so cleaning teams can focus on detail work and washrooms.

They are mapped around furniture layouts and re-mapped when the space changes.

Checked at the site assessment

  • Low-pile carpet or hard floors with manageable transitions
  • Cable management and furniture layout reviewed at the site walk
  • A charging location with power on each floor served
  • Wi-Fi coverage along the route for scheduling and reporting

Specifications

Goldline recommends a specific model after the site assessment. Model names and specifications are published here once manufacturer spec sheets are confirmed.
Confirmed with the manufacturer spec sheet
Dimensions Confirm
Run time Confirm
Charging time Confirm
Cleaning width Confirm
Tank size Confirm
Coverage rate Confirm
Operating speed Confirm
Navigation technology Confirm
Floor types Confirm
Connectivity Confirm

Downloads

In operation

  • An open-plan office in early morning with an autonomous vacuum crossing the carpet.
    Concept image

    Autonomous vacuum in an open-plan office

    Video footage

Industries this category suits

ROI estimate

Estimate the return for this category.

Enter your figures to estimate labour hours that could be reallocated and the payback on a robot. Every value is editable, including the assumptions.

Your facility
m²

Open, repeatable floor area only.

× / day

Cleanings of that area per operating day.

h / day

Manual hours per day spent cleaning that area today.

CAD / h

Wages, benefits and overhead per labour hour.

days

Days the area is cleaned.

h / day

Planned robot run time per day.

Acquisition

Payback is the purchase price divided by monthly net savings.

CAD

Purchase price, or the total you want to recover.

Assumptions Replace with figures from your demonstration
ratio

Manual hours replaced per robot operating hour. Example value only: depends on the model, floor and route, and is replaced with figures from your demonstration.

h / day

Daily time to start routes, service tanks and pads, and respond to alerts.

CAD / mo

Maintenance, consumables, software or subscription.

Estimate · based on your inputs

Estimated annual savings
Payback period
Monthly labour baseline
$47,520 per year
Automated hours / month
Net hours reallocated / month
Today 132 h
Robot 67%
Share of current floor-cleaning hours the robot could cover, before oversight time.

This calculator is an estimating aid, not a quotation or guarantee. Results depend entirely on the figures entered. Actual performance depends on the robot model, floor conditions, layout, obstructions and operating schedule, and is confirmed through a site assessment and demonstration.

Validate this on your floor
  1. Labour baseline 6 h/day × 22 days × $30/h = $3,960 per month ($47,520 per year)
  2. Automated hours The lower of current labour (6 h/day) and robot hours × automation factor (4 × 1), × 22 days = 88 h per month
  3. Net hours reallocated Automated hours minus 0.5 h/day of operator oversight = 77 h per month, worth $2,310
  4. Monthly net savings $2,310 − $0 running cost = $2,310 ($27,720 per year)
  5. Payback $60,000 ÷ $2,310 per month = 26 months

The automation factor is an example value, not a measured result. Goldline replaces it with figures from a demonstration on your floor. Taxes, financing, incentives and staff redeployment are not included.

Other robot categories

Robot demonstration

See it run on your floor.

A Goldline demonstration takes place in your facility, on your floor types and around your obstacles. You leave with a route plan and an ROI estimate built from your figures.

Book a Robot Demonstration Ask a question first
  1. 01Site walk and floor review
  2. 02Live run on a defined route
  3. 03Route plan and robot recommendation
  4. 04ROI estimate from your figures