What Are the Advantages of Autonomous Floor Scrubbers FAQ？

Cleaning tool made up of coarse strings

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T. W. Stewart wet mop from 1893

A mop (such as a floor mop) is a mass or bundle of coarse strings or yarn, etc., or a piece of cloth, sponge or other absorbent material, attached to a pole or stick. It is used to soak up liquid, for cleaning floors and other surfaces, to mop up dust, or for other cleaning purposes.[1]

History

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The word (then spelled mappe) is attested in English as early as 1496, but new refinements and variations of mop designs have been introduced, from time to time. For example, American inventor Jacob Howe received US patent #241 for a mop holder in 1837[2] and Thomas W. Stewart (US patent #499,402) in 1893.[3]

In her book Maggie's Memories, Margaret Wadkin (late of Hickling, near Melton Mowbray in England) describes the use of a mop nail for constructing homemade mops from old pieces of cloth during her village childhood in the early 20th century;

The mop nail was made by the blacksmith (if there are any still around, they will be antiques). This nail was several inches long with a point at the end and a flat head a couple or so inches wide. We would stand the nail on its flat head, cut pieces of old material into squares and push over the sharp end of the nail and when enough fix a piece of leather, then push the sharp point into the mop stale or handle. There was a knack of twisting these mops over the wrist to swish away surplus water, every woman could use one of these useful mops.[4]

Types

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A classic string mop leaning against a waste receptacle A Spanish-style mop, as designed by Manuel Jalón Corominas, in a bucket with its wringer

Many different proprietary designs are available, but the classic string mop design is also still widely used.[5][6]

Dry mop, dust mop

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A dry mop or dust mop is designed to pick up dry, loose contamination such as dust, earth, and sand from the surface of the floor. It consists of yarn and/or microfiber and can be used as a first step in cleaning a floor.

Professional dry mops consist of a flat sheet of microfiber textile or sheets with a surface of looped yarn, usually about 15 cm (6 in) wide, and comes in variable lengths (usually 30–100 cm (12–39 in)).

The dry mop can in many instances replace a broom and has the ability to hold a limited amount of dust, sand, and debris within itself. The heads of dry mops are often removable and can be washed and replaced when saturated with dust.[7] Another option is using a vacuum cleaner to suck surface dust away from the mop; however, this is much more limited in its effectiveness.

Single-use dry mops are also available and widely sold.

A wet mop or moist mop is, in professional cleaning, used as in the second step in the cleaning of a surface. The wet mop is swept over the surface to dissolve and absorb fat, mud, and dried-on liquid contaminations. Professional wet mops consist of a flat sheet of microfiber textile or a sheet with a surface of looped yarn (which might contain microfiber as well), usually about 15 cm (6 in) wide, and come in various lengths (usually 30–100 cm (12–39 in)).

• Flat wet-mop (pre-moistening), looped microfiber with Velcro attachment on back

• Flat wet-mop (back view of previous mop)

• Flat mop for dry or wet (pre-moistening) use, open-end microfiber with looped yarn edges, Velcro attachment

Mops for pre-moistening

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Manual pre-moistening of wet-mops in bucket

Professional flat mops are made for pre-moistening. Mops are pre-impregnated with an ideal amount of water mixed with an appropriate amount of detergent. This means that the cleaner does not need to bring any additional water on the cleaning trolley. This ideal amount is often recommended by the manufacturer in terms of weight percentage of water per weight of the dry mop, for example "175% water per weight of the dry mop".

Mops for pre-moistening are flat sheets of (often microfiber) textile, usually about 15 cm (6 in) wide, and come in variable lengths (usually 30–100 cm (12–39 in)). Mops for pre-moistening are fastened on a handle with a flat pad mount with the aid of Velcro or a pouch on the mop, in which the pad on the handle fits.

Pre-moistening can be done with a special washing machine, or by hand by simply folding and packing the mops tight in a container and pouring the measured amount of water over them. The mops will then need about 5–10 minutes for the liquid to distribute evenly in their tissue before use. This offers some advantages:

• The cleaner does not have to bring a heavy bucket of water when mopping the floor, but simply carries an appropriate number of mops. This means the weight of the equipment can often be kept lower.
• The risk of over-wetting the floor and leaving puddles is reduced.

Hot mop

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The hot mop (or steam mop) follows a similar concept to a steam iron. After adding water, the water is heated to make it exude on top of a floor, which can then be cleaned without using a cleaning solvent. These can work best on surfaces where a regular mop would also be used, such as bare floors, hearths, and laminate.

Microfiber mop

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Microfiber mops are constructed of a blend of polyester and polyamide fibers which are "split" and formed into a single fiber. This blend consists of 70–90% polyester that serves as the scrubbing and cleaning fiber and 10–30% polyamide which performs as the holding and quick drying fiber. This blend is usually expressed as a ratio on the label of the mop, e.g. an 80% polyester and 20% polyamide blend would be labeled as "80/20".

Sponge mop

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Two sponge mops, one of which is covered

Sponge mop heads are constructed with a cellulosic, rubber, or plastic foam block, usually attached by crimping a metal clip on one side. Sometimes, the foam mop head may be covered by a cloth or mesh sheet, to improve its resistance to wear from heavy scrubbing.

The sponge is then attached to a handle mechanism which can compress the mop head, by means of rollers or a pivoted flat perforated blade. For consumer-grade sponge mops, the mop mechanism may be made of either plastic or metal. For heavy-duty or professional use, the mechanism is usually made of a corrosion-resistant metal such as stainless steel, and the mop head is often rubber or premium plastic foam.

For clean room environments, a stainless steel handle and mechanism are preferred, along with a mop head made of a foam which has been formulated to minimize shedding of small particles. For use in microbiological labs, mops are made of materials which can be sterilized by autoclave or by ethylene oxide treatment.[8]

Cloth mop

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A cloth mop (also called a "Cuban mop") is a simple T-shaped wooden handle, around which is wrapped a sturdy cloth towel. Its advantages are low cost and easy replacement of the mop head, which can simply be washed by hand or tossed into a washing machine.[9]

Handles and mounting

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A mop handle consists of a long piece of wood or metal tubing fitted with a specific attachment for the mop head. The handle can be attached the mop head by means of:

• clamp
• hanger (with strands doubled over the hanger)
• plastic claws (attached to the strands)
• pouch (as with many professional flat mops)
• screwing (as with the classic yarn mop)
• Velcro (as with many professional flat mops)

Gallery

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• Mop handles From left: Classic yarn mop handle made of aluminum (thread mount), unadjustable aluminum handle for Velcro attached mop (50 cm), unadjustable aluminum handle for Velcro attached mop (60 cm), scale included for reference.

• Detail of mop mounting piece (blue plastic) and mount

• Velcro attached mop with mount

• Xiaomi Deerma spray mop

See also

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References

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• Mops at Wikimedia Commons

The next big shift in floor cleaning is upon us: autonomous floor scrubbers or robotic floor scrubbers. 

Autonomous floor scrubbers are changing how floors are kept clean across industries while helping to free up staff to focus on other high-priority tasks and customer service. 

Between ongoing labor issues and a new awareness of the importance of clean buildings, cleaning professionals have a lot on their plate. 

For managers, BSCs, and operations leaders well-trained and seasoned staff are key to keeping up with daily tasks and meeting other business needs. 

Therefore, autonomous scrubbers play a significant role in overall building health and cleanliness and in the support of staff. 

So, if you find yourself wondering about “all things autonomous scrubber,” we’ve got the answers for you! 

What is an Autonomous Floor Scrubber? 

An autonomous scrubber is a self-driving commercial floor scrubber. It is designed to scrub floors using advanced navigation technology in combination with a system of lasers and cameras that guide it through complex real-world scenarios. 

The robot is taught cleaning routes and then runs them on its own after being started by a human. Over time, robotic floor scrubbers become more precise and efficient when deployed on their cleaning routes. 

Are Autonomous Floor Scrubbers Worth It? 

The simple answer is yes! Here are a couple of reasons why: 

Autonomous floor scrubbers do a more consistent and efficient job cleaning floors, especially when compared to using a mop and bucket. 

An autonomous floor scrubber is designed to clean floors extremely well, including grease and debris that a mop will typically miss. For this reason, floors are safer and the risk of slip and fall accidents decreases. 

Because of the consistent and efficient cleaning, a facility is left looking cleaner—directly impacting the appearance of the space. 

This alone can have a positive impact on your business as many people pay close attention to how clean a space is, and this awareness is a part of their decision-making process when returning to a facility. This is especially true in the retail industry. 

In an office environment, having a clean office space has been linked to a more productive and happy staff. 

Autonomous floor scrubbers are designed to take on the repetitive task of floor cleaning. They work alongside staff, like a co-worker. While the cobot (collaborative robot) cleans the floors, staff are freed to focus on other important parts of their work. 

This can be paying more attention to customers or spending more time cleaning high-touch surfaces. Both of which are incredibly important to any business. 

According to Buildings.com “...AMRs [robotic scrubbers] could be a positive next step to establishing higher levels of productivity, maximizing labor, and gaining visibility into performance metrics that can inform the business of better cleaning—and create safer and healthier spaces for everyone."

What You Need to Know About Autonomous Floor Scrubbers 

1-Autonomous Scrubbers Come in a Variety of Sizes 

Finding an autonomous scrubber that is the right size for your facility is important. 

For example, Cobi 18 by ICE Cobotics is an 18.8-inch compact autonomous floor scrubber. This cobot is intentionally small and is designed to support cleaning in tighter spaces for example in retail stores, convenience stores, or healthcare facilities.

These industries all have situations where a small scrubber is necessary to maneuver down tight aisles or hallways, around multiple structures, and even under tables. Cobi 18 is compact enough to achieve this. 

In facilities that have more square footage to cover like warehouses, gymnasiums, and convention centers, it might be more beneficial to have a larger cobotic scrubber that can clean more flooring at one time. 

Autonomous scrubbers come in a variety of sizes—taking the time to determine what size machine will work best in your facility is important to the overall efficiency and productivity of the machine. 

You will want to take this into consideration when planning which route to go.

Mop - Wikipedia

The Top 7 Things to Know About Autonomous Floor ScrubbersAutonomous Floor Scrubbers