• What should buyers check first for a cleaning equipment project? Start with floor area, surface condition, traffic flow, cleaning frequency, noise limits, runtime, water access, and service support. These factors decide whether a walk-behind scrubber, ride-on scrubber, sweeper, vacuum, or cleaning robot fits.

• When is low noise more important than maximum cleaning speed? Noise matters more in malls, hospitals, schools, offices, hotels, and transport hubs where cleaning may happen during business hours or near people.

• Should a buyer choose one large machine or a mixed equipment set? A mixed set is often better when the site includes main routes, corners, narrow aisles, outdoor areas, dust, debris, and wet cleaning tasks.

• How does floor material affect equipment selection? Epoxy, concrete, tile, terrazzo, rubber, and anti-slip floors need different brush pressure, pads, water volume, and drying requirements. Match the machine to the floor before comparing models.

• How should buyers evaluate water tank capacity? Tank capacity should match the cleaning area and refill frequency. Larger tanks help continuous work, but machine size and turning radius still need to fit the site.

• When does an industrial cleaning robot create the most value? Robots create more value on stable routes, large open areas, repeated daily tasks, low-traffic time windows, and sites that need cleaning reports.

• What should be checked before using cleaning robots in public areas? Check aisle width, peak traffic, obstacle types, emergency handling, noise expectations, charging and water points, and staff supervision rules.

• How do sweepers and floor scrubbers work together? Sweepers remove loose dust, leaves, sand, and debris first. Floor scrubbers then wash and recover water so the hard floor dries faster.

• When is an industrial vacuum cleaner needed? Use an industrial vacuum when the site has fine dust, metal chips, welding slag, particles, production debris, or liquid recovery tasks.

• How should service support be compared between manufacturers? Compare warranty terms, spare parts availability, consumables, operator training, troubleshooting, response time, and distributor coverage.

1. What should buyers check first for a cleaning equipment project?

Start with floor area, surface condition, traffic flow, cleaning frequency, noise limits, runtime, water access, and service support. These factors decide whether a walk-behind scrubber, ride-on scrubber, sweeper, vacuum, or cleaning robot fits.

2. When is low noise more important than maximum cleaning speed?

Noise matters more in malls, hospitals, schools, offices, hotels, and transport hubs where cleaning may happen during business hours or near people.

3. Should a buyer choose one large machine or a mixed equipment set?

A mixed set is often better when the site includes main routes, corners, narrow aisles, outdoor areas, dust, debris, and wet cleaning tasks.

4. How does floor material affect equipment selection?

Epoxy, concrete, tile, terrazzo, rubber, and anti-slip floors need different brush pressure, pads, water volume, and drying requirements. Match the machine to the floor before comparing models.

5. How should buyers evaluate water tank capacity?

Tank capacity should match the cleaning area and refill frequency. Larger tanks help continuous work, but machine size and turning radius still need to fit the site.

6. When does an industrial cleaning robot create the most value?

Robots create more value on stable routes, large open areas, repeated daily tasks, low-traffic time windows, and sites that need cleaning reports.

7. What should be checked before using cleaning robots in public areas?

Check aisle width, peak traffic, obstacle types, emergency handling, noise expectations, charging and water points, and staff supervision rules.

8. How do sweepers and floor scrubbers work together?

Sweepers remove loose dust, leaves, sand, and debris first. Floor scrubbers then wash and recover water so the hard floor dries faster.

9. When is an industrial vacuum cleaner needed?

Use an industrial vacuum when the site has fine dust, metal chips, welding slag, particles, production debris, or liquid recovery tasks.

10. How should service support be compared between manufacturers?

Compare warranty terms, spare parts availability, consumables, operator training, troubleshooting, response time, and distributor coverage.

1. What should buyers check first for a cleaning equipment project?

Start with floor area, surface condition, traffic flow, cleaning frequency, noise limits, runtime, water access, and service support. These factors decide whether a walk-behind scrubber, ride-on scrubber, sweeper, vacuum, or cleaning robot fits.

2. When does an industrial cleaning robot create the most value?

Robots create more value on stable routes, large open areas, repeated daily tasks, low-traffic time windows, and sites that need cleaning reports.

3. What should be checked before using cleaning robots in public areas?

Check aisle width, peak traffic, obstacle types, emergency handling, noise expectations, charging and water points, and staff supervision rules.

4. How do sweepers and floor scrubbers work together?

Sweepers remove loose dust, leaves, sand, and debris first. Floor scrubbers then wash and recover water so the hard floor dries faster.

5. When is an industrial vacuum cleaner needed?

Use an industrial vacuum when the site has fine dust, metal chips, welding slag, particles, production debris, or liquid recovery tasks.

6. How should service support be compared between manufacturers?

Compare warranty terms, spare parts availability, consumables, operator training, troubleshooting, response time, and distributor coverage.

7. What makes a floor scrubber suitable for narrow aisles?

Passing width, turning radius, machine length, squeegee width, operator visibility, and easy daily maintenance matter more than headline productivity.

8. How should buyers think about total cost of ownership?

Include machine price, labor time, batteries, consumables, water handling, maintenance, downtime, spare parts, training, and service response.

9. What site information should be prepared before asking for a quote?

Prepare floor area, floor material, aisle width, soil type, cleaning frequency, working hours, slope, water access, charging area, and service location.

10. How can buyers avoid buying an underpowered machine?

Do not choose only by the lowest price. Match cleaning width, tank size, runtime, brush pressure, recovery performance, and duty cycle to the real workload. 

1. What should buyers check first for a cleaning equipment project?

Start with floor area, surface condition, traffic flow, cleaning frequency, noise limits, runtime, water access, and service support. These factors decide whether a walk-behind scrubber, ride-on scrubber, sweeper, vacuum, or cleaning robot fits.

2. What training should be arranged before delivery?

Operators should learn startup, water filling, drainage, brush or pad replacement, battery charging, daily cleaning, abnormal alarms, and basic troubleshooting.

3. How often should operators check consumable parts?

Daily checks should include brushes, pads, squeegee blades, filters, hoses, tanks, batteries, and visible wear before the next shift starts.

4. How should a site be divided into cleaning zones?

Separate main routes, corners, entrances, parking areas, production areas, public corridors, and outdoor sections. Then assign scrubbers, sweepers, vacuums, or robots by task.

5. What is a practical first step for a cleaning equipment project?

Map the site into zones, identify the main soil types, define the cleaning frequency for each zone, and then match equipment by task.

6. How should a facility compare cleaning efficiency and runtime?

Compare the real area to be cleaned each day, the route length, refill and drainage time, charging time, and whether the machine can finish the task within the available cleaning window.

7. When is low noise more important than maximum cleaning speed?

Noise matters more in malls, hospitals, schools, offices, hotels, and transport hubs where cleaning may happen during business hours or near people.

8. Should a buyer choose one large machine or a mixed equipment set?

A mixed set is often better when the site includes main routes, corners, narrow aisles, outdoor areas, dust, debris, and wet cleaning tasks.

9. How does floor material affect equipment selection?

Epoxy, concrete, tile, terrazzo, rubber, and anti-slip floors need different brush pressure, pads, water volume, and drying requirements. Match the machine to the floor before comparing models.

10. How should buyers evaluate water tank capacity?

Tank capacity should match the cleaning area and refill frequency. Larger tanks help continuous work, but machine size and turning radius still need to fit the site.

1. What is the difference between a floor scrubber and an industrial cleaning robot?

A floor scrubber is usually operated manually or driven by an operator. An industrial cleaning robot can plan routes, avoid obstacles, and complete repeatable cleaning tasks automatically.

2. Which cleaning machine is suitable for warehouses?

Small warehouses can use walk-behind scrubbers. Large logistics warehouses are better suited to ride-on floor scrubbers or industrial cleaning robots.

3. Where can SIBEN Leishen GT and Fengshen cleaning robots be used?

They can be used in factories, warehouses, airports, shopping malls, hospitals, schools, office buildings, property projects, and other large facilities with repeatable cleaning routes.

4. What specifications matter most when choosing a floor scrubber?

Cleaning efficiency, runtime, tank capacity, cleaning width, squeegee width, turning radius, passing width, and service support are important.

5. Are ride-on floor scrubbers suitable for large areas?

Yes. They are suitable for factories, garages, logistics centers, commercial facilities, and property cleaning projects.

6. Can industrial cleaning robots charge automatically?

Yes, depending on the configuration. A workstation can support automatic charging, water refill, and drainage.

7. Should sweepers and floor scrubbers be used together?

Yes. Sweepers remove dust and debris first, and floor scrubbers then wash and dry the floor.

8. What can industrial vacuum cleaners collect?

They can collect dust, metal chips, welding slag, particles, liquids, and workshop debris.

9. What after-sales service should buyers expect?

Buyers should check warranty terms, spare parts supply, training, troubleshooting, maintenance guidance, and local service capability.

10. Why should cleaning equipment be selected by scenario?

Scenario-based selection improves cleaning efficiency, avoids underpowered equipment, and reduces unnecessary purchasing costs.

1. Do industrial cleaning robots need daily maintenance?

   Yes. Daily maintenance only requires three tasks: ① Emptying and rinsing the sewage tank after operation (mandatory for heavy oil stains); ② Checking the main brush/side brushes for entangled foreign objects; ③ Cleaning the water absorption filter screen. The entire process takes about 5-10 minutes. Siben equipment also provides a graphical self-inspection interface with automatic exception alarms.

2. What are the consumables for industrial cleaning robots and how often should they be replaced?

   Main consumables and replacement cycles are: main brush (3-6 months), side brush (2-4 months), filter/filter element (3-6 months), and water squeegee (replaced based on wear and tear). Siben's annual consumable cost is about 5,000 RMB, which is extremely low compared to labor costs.

3. How long does the battery of an industrial cleaning robot last? Is replacement expensive?

   Lead-acid batteries last about 2-3 years, and lithium batteries last about 4-6 years. They support charging as you go. It is recommended to charge promptly when the battery level is at 20%-30%, and deep discharge is strictly prohibited. Siben uses large-capacity lithium batteries, making the lithium battery version more cost-effective for multi-shift factories.

4. Does low temperature in winter affect industrial cleaning robots?

   Yes, there is a certain impact. Low temperatures (below 0°C) mainly affect battery endurance, and it is recommended to store and charge in an environment above 5°C. At the same time, water in the tank must be drained to prevent freezing. Indoor workshops are generally not affected, but outdoor warehouses in cold regions require special attention to frost protection.

5. Is the failure rate of industrial cleaning robots high?

   The failure rate of regular industrial-grade equipment is very low. Siben's equipment has a failure rate as low as 2%/year, and a service life of 8-10 years.

6. Why choose Siben industrial cleaning robots?

   Siben has deeply cultivated the industrial cleaning field, serving over 3,800+ factory customers. Core advantages include: ① Customized specifically for factory working conditions (not commercial machine modifications); ② Laser SLAM + 3D visual navigation with an obstacle avoidance accuracy of ±3cm; ③ IP65 protection rating (dustproof and oil-proof).

7. Which industries are suitable for Siben industrial cleaning robots?

   They have been widely used in lithium battery manufacturing, mechanical processing, daily chemical production, powder metallurgy, food processing, logistics warehousing, auto parts, and other industries. Siben provides targeted customized cleaning solutions based on the pollution characteristics of each industry (such as dust, oil stains, metal chips, etc.).

8. Are cleaning robots worth buying? Can they replace labor?

   Cleaning robots are well worth buying. They are suitable for daily maintenance in regular open areas and can reduce labor costs by 70%. However, they are not suitable for heavy oil stains and extremely complex obstacle scenarios, and currently serve best as an efficient auxiliary cleaning solution for factories.

9. How do unmanned floor scrubbers perform in actual factories?

   Unmanned floor scrubbers perform excellently in well-managed factories, achieving autonomous driving path planning, automatic charging, and automatic water refilling. However, practical implementation requires coordination with preliminary site environment modifications and standard operator training.

10. How much does a industrial floor cleaning robot cost?

    The price range of industrial floor cleaning robots generally varies from 50,000 to 200,000 RMB, depending on the navigation method (such as laser SLAM technology being more expensive) and specific cleaning function configurations. You can learn more about Siben's professional cleaning robot series.

1. Can industrial cleaning robots clean oily floors?

Yes. Scrubbing-type robots, equipped with roller brushes and specialized degreasers, can effectively clean industrial oils such as engine oil and cutting fluid. Note: For heavy oil stains, low-foam industrial degreaser must be added to the clean water tank first (high-foam laundry detergent is strictly prohibited as it will burn out the vacuum motor). The machine then uses high-pressure scrubbing and vacuum suction to dry up the oil-water mixture. SIBEN models are well-suited for heavy oil working conditions.

2. Can industrial cleaning robots be used in dusty workshops?

Yes, but with certain precautions: ① The equipment must have an IP65 or higher protection rating to prevent dust ingress; ② When dealing with a large amount of metal shavings and gravel, "sweep first, then scrub" should be adopted to avoid scratching the floor and clogging the squeegee; ③ Regularly clean the filter screen and fan air inlet to prevent dust caking. SIBEN robots reduce the dust residue rate from 30% to 0.5%.

3. Will industrial cleaning robots collide with equipment and shelves?

No. Mainstream industrial cleaning robots are equipped with Laser SLAM + 3D vision navigation and multiple perception hardware to achieve 360° blind-spot-free obstacle avoidance. They can accurately identify and bypass obstacles such as equipment, shelves, and pillars. SIBEN features an obstacle avoidance accuracy of up to ±3cm, allowing it to weave flexibly through dense equipment gaps and support elevator linkage for cross-floor operations.

4. Can industrial cleaning robots be used on wet floors?

Scrubbing robots operate on wet floors by design and feature an IP65 waterproof rating. However, sweeping-type (dry) models should not be used on stagnant water surfaces. The waterproof and moisture-proof rating of the equipment must be confirmed before purchase. All SIBEN industrial models feature an IP65 or higher waterproof and dustproof rating.

5. Are industrial cleaning robots suitable for epoxy resin floors?

Yes, but they must be equipped with soft nylon brushes or scouring pads. Hard nylon brushes or wire brushes are strictly prohibited, otherwise, they will severely scratch the floor paint surface. SIBEN can customize brush configurations according to floor materials, providing light-pressure cleaning that protects the floor.

6. How long can an industrial cleaning robot work on a single charge?

Mainstream industrial cleaning robots offer a battery life of 3–8 hours, support automatic recharging, and can be fully charged in 1 hour via fast charging. Equipped with an all-in-one docking station, SIBEN supports 24-hour continuous operation, enabling off-peak cleaning without disrupting factory production.

7. How high is the cleaning efficiency of industrial cleaning robots?

Small and medium-sized models range from 1,800 to 2,800 ㎡/h, while medium and large-sized models range from 2,800 to 4,000 ㎡/h. This depends on the cleaning width, travel speed, and navigation efficiency.

8. Are industrial cleaning robots noisy?

The working noise of mainstream models is controlled between 55–70 dB, which is equivalent to a normal conversation volume and does not affect workshop production or shopping mall customer experience. The noise level in sweeping mode is lower than that in scrubbing mode.

9. How large an area can a single industrial cleaning robot cover?

It depends on battery life and cleaning efficiency. Assuming a cleaning efficiency of 2,000 ㎡/h and a 5-hour battery life, a single robot can cover approximately 10,000 ㎡ per shift. It supports automatic recharging and breakpoint resume cleaning, and multiple units can be networked and coordinated to cover larger areas.

10. Can industrial cleaning robots be used on slopes and ramps?

Most industrial models support a 5°-8° gradeability, allowing them to handle workshop gentle slopes and ramp connections. The maximum slope of the site must be confirmed prior to purchase, and custom solutions are available for special requirements. SIBEN provides free on-site surveys to evaluate site adaptability.

1. What is an industrial cleaning robot?

   An industrial cleaning robot is an intelligent, automated cleaning device specifically designed for industrial settings such as factories, warehouses, and workshops. It integrates autonomous navigation with floor scrubbing, sweeping, and vacuuming. It can autonomously plan paths, avoid obstacles, and perform scheduled tasks, completing large-area floor cleaning without manual intervention. SIBEN industrial cleaning robots are custom-developed specifically for factory working conditions.

2. What is the difference between an industrial cleaning robot and a household vacuum robot?

   Household vacuum robots are designed for small residential spaces, featuring short battery life (60–90 minutes) and weak suction. Industrial cleaning robots are built for industrial spaces of 1,000 square meters or more, offering a 4–8 hour battery life, laser SLAM + 3D vision navigation, and integrated scrubbing/sweeping/vacuuming functions. Their IP65 protection rating allows them to adapt to harsh environments like dust and oil stains. SIBEN models support 24-hour continuous operation.

3. What is the working principle of an industrial cleaning robot?

   It builds an environment map and performs real-time localization using a laser SLAM + 3D vision navigation system, while AI algorithms plan the optimal cleaning path. During operation, it first sprays water to wash, uses roller brushes for powerful scrubbing, vacuums up sewage and dust using suction power, and finally finishes by wiping dry, achieving an "all-in-one scrub-vacuum-wipe" process. SIBEN features a navigation system with obstacle-avoidance precision of 3cm, allowing it to flexibly weave through equipment gaps.

4. What are the main types of industrial cleaning robots?

   Common types include: smart sweeping robots (focused on dust vacuuming and sweeping), smart scrubbing robots (all-in-one scrub-vacuum-wipe), sweep-and-vacuum robots (sweeping + vacuuming), dust-mopping robots (dust pushing and polishing), and outdoor cleaning robots. SIBEN provides scrubbing-type and sweep-and-vacuum-type industrial cleaning robots.

5. Which scenarios are industrial cleaning robots suitable for?

   Applicable scenarios include: factory production workshops, warehousing and logistics centers, food processing plants, parking lots, commercial complexes, office building lobbies, hospital corridors, and airport/high-speed rail stations. SIBEN cleaning robots are deeply adapted for heavy industrial scenarios such as powder metallurgy, daily chemicals, lithium batteries, and mechanical manufacturing.

6. How to choose an industrial cleaning robot?

   Look primarily at 5 indicators: ① Navigation system (laser SLAM + 3D vision fusion navigation recommended); ② Cleaning efficiency (m²/h); ③ Protection rating (at least IP65 for factories); ④ Battery life (over 4–8 hours); ⑤ After-sales support (whether free on-site installation and maintenance periods are provided). SIBEN offers free on-site surveys and test runs, tailoring solutions based on factory type, pollution characteristics, and workshop layout.

7. How much do industrial cleaning robots generally cost?

   Price range: Scrubbing robots cost 50,000 to 80,000 RMB, while high-end industrial-grade ones cost 80,000 to 150,000+ RMB. Pricing depends on navigation precision, cleaning width, water tank capacity, protection rating, and brand. SIBEN covers everything from entry-level to high-end customized models to match budgets, and provides free on-site test runs.

8. Should you choose a sweeping robot or a scrubbing robot?

   Sweeping robots focus on vacuuming and sweeping, making them suitable for workshops dominated by dust and debris. Scrubbing robots integrate scrubbing, vacuuming, and wiping into one, making them suitable for oily or stained floors. If the factory has oil stains, scrubbing types are recommended; if dominated by dry dust, sweeping types work well. SIBEN offers both types and can recommend based on actual working conditions.

9. How long does it take to recoup the investment in an industrial cleaning robot?

   Taking a 100,000 RMB scrubbing robot as an example, it can replace 3 to 5 cleaning staff. Calculated at a monthly salary of 5,000 RMB per person, it saves 180,000 to 300,000 RMB in labor costs per year, paying for itself in about 4 to 7 months. The comprehensive annual consumable cost is about 12,000 RMB, which is far lower than labor costs. For SIBEN's client at a factory in Jiangmen, the cleaning team was reduced from 5 people to 1 person.

10. Do industrial cleaning robots require a network? Can they work offline?

    The robots store maps locally, so daily cleaning operations do not require internet connection, and they can operate normally offline. Network connectivity is primarily used for remote monitoring, receiving task scheduling, viewing cleaning reports, and OTA upgrades. SIBEN supports 4G/WiFi dual-mode connectivity, allowing remote checking of operation status at any time.