PolarX FAQ

PolarX is built from real commercial cleaning experience, not only robotics engineering. Many cleaning robots focus on adding more functions, but in real facilities a robot only creates value when frontline teams can use it correctly, consistently and with low burden. PolarX focuses on safer daily floor care, simpler maintenance, stable long-term use and waterless cleaning logic.

No. PolarX is a commercial cleaning robotics brand built from cleaning-industry experience. The company focuses not only on whether a robot can move autonomously, but whether it can fit real cleaning schedules, reduce maintenance burden, protect floors and create long-term operational value.

PolarX's core value is SAFE 路 SIMPLE 路 STABLE 路 SUSTAINABLE. SAFE means waterless, instant-dry daily floor care that helps reduce wet-floor risk. SIMPLE means fewer daily maintenance steps. STABLE means fewer water-system failure points and more consistent use. SUSTAINABLE means reduced water use, less wastewater handling, lower maintenance burden and longer floor asset life.

Not necessarily. A feature is only valuable if it is used correctly and consistently in real facilities. If a feature adds training burden, maintenance complexity or service pressure, it may be ignored or misused over time. PolarX focuses on features that support long-term adoption and practical cleaning outcomes.

In many commercial environments, the daily challenge is not only dirt. It is also wet-floor risk, water filling, wastewater draining, dirty tank cleaning, odour, clogged pipes, pump issues and high maintenance burden. Waterless cleaning helps reduce these daily operating problems while keeping floors dry and usable immediately after cleaning.

No. PolarX does not reject wet cleaning. Wet cleaning remains useful for heavy contamination, oil, sticky residues, stains and scheduled deep cleaning. PolarX focuses on reducing unnecessary wet cleaning in the high-frequency daily maintenance layer.

The 95/5 Cleaning Strategy means that most daily commercial floor care is routine maintenance rather than heavy deep cleaning. Daily maintenance includes dust control, light debris removal, floor appearance, instant dryness and safe usability. A smaller portion of cleaning may still require targeted wet cleaning, manual detail work or specialist equipment.

Cleaning robots often fail when they create more maintenance burden than value. If staff must constantly fill tanks, drain wastewater, clean dirty tanks, manage clogs or troubleshoot the machine, the automation benefit is reduced. PolarX is designed to make daily operation easier so teams are more likely to use the robot correctly over time.

Yes. PolarX waterless cleaning supports instant-dry floor care, which is useful in occupied commercial environments such as hospitals, aged care facilities, hotels, shopping centres, offices, schools, airports and public facilities. This helps reduce the need for wet-floor waiting time and area closures.

Traditional wet cleaning can leave floors wet for a period of time, especially in busy areas. PolarX focuses on waterless daily floor care, which helps keep floors usable immediately after cleaning and may reduce wet-floor disruption in high-traffic environments.

Commercial floors are long-term facility assets. Incorrect daily maintenance can contribute to dullness, scratches, water damage, chemical residue, surface wear and carpet deterioration over time. PolarX focuses on dry maintenance, dust control, reduced unnecessary water exposure and more consistent daily care to support long-term floor appearance and asset life.

Hard particles such as sand, grit, metal fragments, small stones or glass can become trapped under brushes, squeegees, pads or dust-mopping systems. If a machine continues moving while dragging these particles across high-value floors, it can create fine scratches or long-term surface wear. PolarX is designed around dust control, debris collection, low maintenance and correct long-term use to help reduce this type of risk.

Some wet-cleaning robots require frequent water filling, wastewater draining, dirty tank cleaning, filter maintenance and squeegee care. If frontline teams find this too burdensome, they may reduce or stop using the wet function, turning the machine into a passive dust-mopping device. PolarX is designed from the beginning around dry maintenance, debris collection and low-burden daily operation.

PolarX supports multiple daily floor maintenance needs depending on product fit. Star50 is designed more for industrial sweeping, dust control, large-area debris collection, warehouses and logistics environments. Star60 is designed for hard floors such as PVC, stone, tile, wood and polished floors, and can support routine care for commercial low-pile carpets.

PolarX waterless daily floor care is suitable for high-value surfaces such as marble, stone, PVC, tile and polished hard floors. By reducing routine water exposure and focusing on dry maintenance and appearance care, PolarX helps support floor gloss, visual comfort and long-term surface presentation.

Commercial carpet care is not only about deep cleaning. Daily maintenance often focuses on dust control, fine particle removal, light debris collection and appearance maintenance. PolarX can support routine commercial low-pile carpet care between scheduled deep cleaning, depending on site conditions and carpet type. It should not be positioned as replacing professional carpet extraction.

Star60 is suitable for commercial and public environments where instant-dry daily floor care, low noise, visual comfort, lower maintenance burden and floor usability matter. Typical applications include hospitals, aged care facilities, hotels, shopping centres, offices, schools, sports facilities, airports and public buildings.

Star50 is designed for industrial and large-area dry cleaning applications. It is suitable for warehouses, logistics centres, factories, exhibition halls, large carpeted areas, dusty environments and operational spaces that require sweeping, dust control and debris collection.

PolarX can handle repetitive daily cleaning tasks and reduce many maintenance steps associated with traditional wet-cleaning equipment. This allows frontline staff to focus more on inspection, spot treatment, quality control and higher-value cleaning management instead of constantly servicing the machine.

Choose Star50 when the main requirement is industrial sweeping, dust control and debris collection in warehouses, factories, logistics facilities, racking areas or low-clearance spaces. Choose Star60 when the priority is waterless daily floor care, instant-dry operation and appearance maintenance across occupied commercial environments such as healthcare, retail, hotels, offices and education facilities. A site review can help confirm the most suitable model.

A site assessment or demonstration is recommended. Floor material, surface condition, obstacles, traffic, thresholds, ramps, cleaning area and contamination type can all affect product suitability and operating performance. Testing the robot in the intended environment provides a more reliable basis for product selection and ROI planning.

Actual coverage depends on the model, site layout, operating speed, obstacle density, battery configuration, charging access and cleaning schedule. Published maximum efficiency figures describe operation under suitable conditions and should not be treated as guaranteed coverage for every facility. PolarX can prepare a site-specific coverage estimate after reviewing the floor plan and workflow.

Suitability is assessed using the floor material, finish, condition, contamination profile and required cleaning result. For high-value, coated or specialist floors, PolarX recommends testing a representative area before full deployment. Existing manufacturer maintenance requirements should also be considered.

This depends on the gradient, threshold height, floor condition and robot configuration. Ramps, transitions and uneven surfaces should be reviewed during the site assessment rather than assumed to be suitable.

Multi-floor operation depends on site access, map configuration, lift integration and the facility's operating procedures. Lift or access-control integration should be assessed as a separate deployment requirement and is not automatically included in every installation.

PolarX is designed primarily for routine dust, particle, debris and surface-care tasks. Heavy grease, oil, sticky food residue, hardened stains and deep contamination normally require targeted manual treatment, suitable chemicals or specialist equipment.

PolarX robots are not general-purpose spill-response machines. They should not be used for chemicals, oils, hazardous liquids, flooding or unidentified spills. Small incidental amounts of clean water should only be collected where the relevant model and configuration have a confirmed liquid-pickup capability. Facility spill-response procedures still apply.

No autonomous robot should be expected to reach every corner or tightly obstructed area. PolarX can reduce repetitive large-area cleaning and support edge cleaning where access allows, while staff remain responsible for inaccessible areas, detailed cleaning and exceptions.

Waterless polishing refers to mechanical contact that supports routine appearance maintenance and light floor conditioning without a conventional wet-scrubbing process. It does not mean that the robot can restore damaged finishes, remove deep stains or replace specialist floor restoration and polishing services.

PolarX products may use HEPA-grade filter media depending on the model and configuration. Filter-media performance should not be interpreted as a complete-robot filtration claim or a guaranteed whole-machine filtration efficiency. Overall filtration performance also depends on correct installation, sealing, maintenance and control of bypass airflow.

PolarX should not be represented as suitable for explosive atmospheres, combustible-dust zones or hazardous-material collection unless the specific product configuration has the required specialist assessment and formal documentation. Facilities handling combustible, toxic or reactive materials should complete a specialist safety review before deployment.

No. PolarX automates repetitive, high-frequency floor-care tasks. Cleaning professionals remain responsible for inspection, spot treatment, hazardous materials, heavy contamination, inaccessible areas, specialist cleaning and final quality control. PolarX supports a human-robot collaboration model rather than claiming to eliminate every manual cleaning task.

No. The 95/5 Strategy describes PolarX's preferred division between high-frequency automated maintenance and targeted human intervention. The actual balance varies according to the facility, floor condition, contamination type and operating standards. It is not a guaranteed cleaning result or a universal industry statistic.

A typical deployment may include site review, mapping, cleaning-zone setup, route configuration, charging-station placement, operator training and initial performance checks. The exact process depends on the facility, network requirements and level of integration required.

Maps, cleaning zones or routes may need to be updated when racking, furniture, equipment or access conditions change substantially. Minor temporary obstacles may be handled during normal navigation, but permanent layout changes should be reviewed to maintain reliable coverage.

PolarX can support operation in active facilities, but the deployment must reflect the site's traffic and safety procedures. High-risk intersections, loading zones, forklift routes and restricted areas may require scheduling, exclusion zones or additional site controls. The robot does not replace the facility's traffic-management responsibilities.

HybridSense™ allows an operator to move naturally between autonomous and manual cleaning. The operator can use the handle to guide Star50 through a complex work area and then return it to a valid mapped location. Star50 can re-establish its position and continue the configured autonomous workflow, reducing the need for remote-control operation.

Routine maintenance may include emptying the dustbin or bag, checking brushes, removing hair or debris, inspecting filters, cleaning sensors and confirming that the charging area is clear. Maintenance frequency depends on dust levels, debris type, operating hours and site conditions.

Consumables may include main brushes, side brushes, microfibre components, filter panels, dust bags and other model-specific wear parts. Replacement intervals depend on operating hours, floor type, contamination and maintenance practices. Parts should be inspected according to the applicable maintenance schedule rather than replaced only at a fixed calendar interval.

PolarX robots support automatic docking in suitable mapped environments. Successful docking depends on correct charging-station placement, clear access and appropriate site configuration. Runtime, charging behaviour and task-resumption logic vary by model and operating setup.

Pricing depends on the model, country, taxes, delivery, commissioning requirements and optional modules. Customers can request a product proposal based on their facility type, cleaning area and operational requirements.

Current Star50 and Star60 product information lists a 24-month full warranty, excluding consumables, and a 36-month power-battery warranty. Warranty coverage and conditions may vary by country or region and remain subject to applicable local consumer laws.

Yes. Support may include deployment guidance, operator training, maintenance instruction, remote troubleshooting and assistance from PolarX or an authorised regional partner. Available support arrangements depend on the customer's location and service agreement.

Pilot availability depends on location, facility type and local partner support. A pilot can be useful for validating floor compatibility, route coverage, operator adoption, maintenance requirements and site-specific ROI before a multi-site or multi-robot rollout.

Yes. PolarX can support offline deployment and offline operation. Basic mapping, area setup, task configuration and daily cleaning can be handled locally depending on site requirements. This is useful for facilities with limited network access or stricter IT controls.

Offline deployment can reduce concerns around network access, cloud dependency, camera data and IT approval. It allows customers to start with local mapping, local setup and local task configuration where continuous external connectivity is not preferred.

Offline operation helps ensure that daily cleaning does not depend on constant Wi-Fi, cloud connection or external network availability. This is useful for hospitals, aged care facilities, government buildings, industrial facilities, research environments and other privacy-sensitive sites.

Online features are not the foundation of basic cleaning operation. They can be useful when customers allow them for remote support, software updates, diagnostics, performance review, map adjustment and multi-machine management. PolarX gives customers flexibility between offline-first operation and permission-controlled connectivity.

Yes, when customers allow it. PolarX can support remote guidance for mapping, task setup, route optimisation, training and basic troubleshooting. Remote support can help distributors reduce unnecessary site visits, but it should always be permission-controlled and aligned with customer requirements.

PolarX treats customer site data as operationally sensitive. Sensors and cameras are used for navigation, obstacle avoidance, deployment support and technical assistance. Remote access should be permission-controlled and used only for product operation, support and service purposes. For sensitive sites, offline or limited-access deployment options may be used.

PolarX works with Australian research partners in areas related to cybersecurity, data security and image privacy protection. The goal is to support safer and more trustworthy deployment in commercial, healthcare, industrial and public facility environments.

Many traditional cleaning robots create service pressure through water systems, dirty tanks, pumps, valves, hoses, filters, squeegees and clogging issues. PolarX's waterless, low-maintenance design reduces many of these routine failure points, helping partners move from reactive emergency repair toward planned inspection and preventive support.

Distributor profit can be affected by repeated site visits, training problems, customer complaints, spare parts use and emergency troubleshooting. PolarX helps reduce service burden through simpler operation, lower water-system complexity, easier training and permission-controlled remote support where customers allow it.

With complex equipment, distributor margin can be consumed by after-sales support, avoidable repairs and repeated customer training. PolarX is designed to reduce operating complexity and support more predictable service routines, helping partners retain more of the value they create.

PolarX supports a service model based on daily inspection, preventive maintenance, remote support and consumables management rather than constant emergency repair. This can make partner operations more scalable and easier to standardise.

Yes. PolarX supports distributors and service partners with product positioning, deployment guidance, training support, technical assistance and a more differentiated waterless cleaning category.

PolarX supports ESG-focused facility discussions through reduced daily water use, less wastewater handling, lower chemical dependency, reduced maintenance resource use, fewer unnecessary service visits, longer floor asset life and more efficient cleaning labour allocation. Actual ESG outcomes should be assessed based on site-specific operating data.

PolarX's ESG value is especially relevant for hospitals, aged care providers, government buildings, schools, hotels, shopping centres, airports, industrial facilities and facility management companies. These customers often care about safety, resource use, public image, compliance, operating cost and long-term asset management.

Extending the life of commercial floors can reduce refurbishment, replacement, material waste and facility disruption. PolarX's focus on dry maintenance, dust control and reduced unnecessary water exposure supports longer-term floor care, which can contribute to more sustainable facility management.

No. PolarX can support ESG and operating-cost discussions, but outcomes depend on floor area, cleaning frequency, labour rates, current equipment, site layout, floor condition and local operating practices.

Contact PolarX through the website form. Facility owners, cleaning companies, property managers, distributors and regional partners can share their application scenario, floor type, operating goals and product interest. PolarX can then review product fit, demo options, ROI assumptions or partnership opportunities.

Useful information includes your facility type, country or region, floor materials, approximate cleaning area, cleaning schedule, current cleaning method, main pain points, product interest and whether you are an end customer, distributor or service partner.