Press Release
BOBOT overcomes a century-old world problem in the cleaning industry
The birth of the vacuum cleaner can be described as the gospel of mankind. It not only saves housework time, but also makes every home a healthy and pure land. Today, the vacuum cleaner is almost a must-have tool for every household. In line with the needs of the family, vacuum cleaners have also undergone several generations of innovations, from simple ground trash cleaning, to now evolve a variety of vacuuming methods, and add various cleaning functions.
Even so, in the 120-year “evolutionary history” of vacuum cleaners, there is still a worldwide problem in front of us, the problem of wet cleaning! If this problem is not solved, deep cleaning at home level is still difficult to achieve. Imagine that when a vacuum cleaner can easily dispose of dry garbage, but bacteria still breed in the residual stains of the wet garbage, such cleaning is difficult to achieve true health.
Wet cleaning becomes a new difficulty in the industry, BOBOT takes the lead in breaking the game
In fact, traditional vacuum cleaners can only solve part of the problem. A variety of brush heads take care of all aspects of household cleaning in China, from small gaps and corners to large floors, bed surfaces and cabinets. As long as it is dry garbage, the current vacuum cleaners on the market are fully capable. However, once faced with water stains, oil stains, etc., the vacuum cleaner is helpless, and it is also easy to cause machine crashes due to inhalation of liquid, not to mention the common dry and wet mixed garbage in daily life, such as porridge and instant noodles. As a result, many families have to clean up the wet garbage before using the vacuum cleaner. If you further clean it in depth, you will inevitably drag it with clean water after using the vacuum cleaner, which will make the vacuum cleaner more tasteless.
The purpose of using a vacuum cleaner is to “get it right once and for all”! Solving the problem of deep cleaning is the ultimate goal of the vacuum cleaner. BOBOT is the first to break the game and overcome a century-old worldwide problem in the vacuum cleaner industry. BOBOT makes wet cleaning ability become standard. Through multiple technological innovations, combined with AI artificial intelligence, BOBOT makes the cleaning of wet garbage and dry and wet mixed garbage no longer a housework problem. BOBOT even implanted products with ultraviolet sterilization to thoroughly overcome deep cleaning-vacuuming, mopping the floor, and sterilizing all at once. The effect is doubled and the time is cut in half!
Three pioneering technologies make BOBOT a leader in wet cleaning in the vacuum cleaner industry
In addition to overcoming wet cleaning, a century-old worldwide problem in the vacuum cleaner industry, BOBOT is also committed to establishing and leading the standard in the cleaning field, and has developed three world-first scrubber technologies that are truly “clean” from the details.
BOBOT created the world’s first “dry and wet cleaning + physical sterilization” model. Under the raging global epidemic, home cleaning has put forward higher requirements for disinfection. BOBOT took the lead in implanting sterilization and disinfection functions into cleaning products, using 253.7nm sterilization ultraviolet rays to achieve a sterilization and mite removal rate of more than 99%, and one cleaning can be achieved. “Cleaning, disinfection, and sterilization”.
Such a high sterilization rate is due to BOBOT’s first tray pressurization technology, which keeps the tray pressed against the ground at all times, not only the dust is difficult to escape with strong suction, but the stubborn stains can also be thoroughly cleaned and eliminated in the confined space.
BOBOT also pioneered the water curtain technology, through a unique structural design, forming a water circulation channel of “double-hole jet water purification-forming water curtain stamping-water curtain cleaning main brush-main brush cleaning floor-circulating water cleaning”. Every time the floor is washed, water is purified to avoid secondary pollution to the environment during the cleaning process.
Of course, many people have doubts about the cleaning of the vacuum cleaner, BOBOT also considered it in advance-one-click automatic cleaning, no need to wash the main brush by hand. Such a thoughtful design dispels all worries, BOBOT is for everyone to use it at ease and worry-free.
The design of the robot should first be practical. As an emerging brand of household robots, BOBOT has no story, no baggage, only exploration and adventure for the future. Adhering to the tenet of “not only intelligent but also capable of solving various problems for humans”, BOBOT combines clean innovation with AI artificial intelligence, and is committed to setting off an “industrial revolution” in the cleaning field. Moreover, it must control the cost of robots at ordinary levels within the family’s affordability.
“Make the world clean” is not just a slogan, it is BOBOT’s commitment to every family.
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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Medley, FL 33178, United States, 13th Jul 2026 – Cloom Tech, a trusted manufacturer of custom wire harnesses and cable assemblies, has announced the development of specialised wiring solutions for humanoid robotics applications. The announcement reflects the company’s continued engineering work on wire harness systems designed to meet the mechanical and electrical demands of joint articulation, sensor integration, and power distribution in compact, multi-jointed robotic platforms. The development responds to growing interest from robotics manufacturers seeking wiring solutions capable of withstanding repeated flexing, tight routing constraints, and the mechanical stresses typical of humanoid robot designs, where wiring failures can directly affect mobility and operational reliability.
Humanoid robots generally require wiring systems that can be routed through joints, limbs, and articulated sections while maintaining consistent signal integrity and power delivery under continuous, repetitive movement. Cloom Tech’s work in this area draws on the company’s broader manufacturing experience across the automotive, robotics, medical device, and aerospace sectors, where wiring reliability under mechanical stress, vibration, and environmental variation is standard rather than the exception. The company’s design support process, which spans prototype development through to full production, has been extended to humanoid robotics projects to help manufacturers integrate wiring systems suited to the specific mechanical layout, joint configuration, and space constraints of individual robot platforms.
Engineering considerations for this category of work include selecting materials rated for high flex-cycle durability, configuring connectors for use in compact and densely packed robotic assemblies, and applying routing designs that reduce strain at points of repeated articulation, such as shoulder, hip, and knee joints. Cloom Tech has indicated that its engineering personnel typically work directly with client teams throughout the design phase, aligning wire harness specifications with the electrical architecture, actuator placement, and physical constraints of each robot model under development.
Ivy Zhao, Spokesperson for Cloom Tech, said the humanoid robotics sector presents wiring requirements that differ in several respects from more conventional industrial applications. “Humanoid robot platforms involve continuous joint movement within a tightly constrained internal space, so the wiring has to be engineered for flexibility, durability, and precise routing from the outset,” said Ivy Zhao, Spokesperson for Cloom Tech. “The work in this area has focused on producing harness assemblies that can withstand repeated articulation over an extended service life without compromising signal transmission or power delivery.”
This collaborative design approach is consistent with practices already established across Cloom Tech’s other served industries, where custom wiring solutions are typically developed in coordination with client engineering teams rather than supplied as standardised, off-the-shelf components.
Testing procedures applied to humanoid robotics harnesses are intended to verify performance under repeated mechanical movement, helping to confirm that assemblies meet the durability expectations associated with long-term robotic operation. The company has noted that documentation and traceability are maintained throughout the design and production process, supporting manufacturers that require detailed records for their own quality assurance processes.
Looking ahead, Ivy Zhao, Spokesperson for Cloom Tech, said the company anticipates continued engagement with manufacturers operating in the robotics sector as humanoid platforms move further into development and, in some cases, early deployment. “As humanoid robotics platforms continue to be refined, wiring requirements are expected to become more specialised, and Cloom Tech anticipates ongoing collaboration with robotics manufacturers to support that development,” said Zhao. “Continued investment in design and testing capability is expected to remain part of the company’s approach to this segment of its manufacturing work.”
Cloom Tech manufactures custom wire harnesses and cable assemblies for a range of industries, including automotive, robotics, medical devices, and aerospace. The company’s services include design support from prototype through to production, with an emphasis on wiring solutions tailored to the mechanical and electrical requirements of individual client projects. The addition of humanoid robotics-focused wire harness development reflects the company’s continued work across sectors where custom wiring design is required to meet specific operational and mechanical conditions and forms part of its ongoing engagement with manufacturers operating in emerging robotics applications.
For additional information about humanoid robot wire harness solutions and related industry developments, contact Cloom Tech at 9251 NW 112th Ave, Medley, FL 33178, USA. Inquiries regarding the company’s products, services, installation support, and training programmes can be directed to +1 863 434 8447 or by email at sales@cloomtech.com.
Media Contact
Organization: Cloom Tech
Contact Person: Ivy Zhao
Website: https://cloomtech.com/
Email: Send Email
Contact Number: +18634348447
Address:9251 NW 112th Ave
City: Medley
State: FL 33178
Country:United States
Release id:47021
The post Cloom Tech Develops Custom Wire Harness Solutions for Humanoid Robotics appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section
About Author
Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Medley, FL 33178, United States, 13th Jul 2026 – Cloom Tech, a respected manufacturer of custom wire harnesses and cable assemblies, has announced the expansion of its manufacturing capabilities to serve the marine industry. The company said the move extends its existing design and production services into a sector that requires wiring solutions capable of withstanding saltwater exposure, humidity, and constant vibration. The expansion adds to Cloom Tech’s established work across the automotive, robotics, medical device, and aerospace sectors, broadening the range of industries able to draw on its custom assembly capabilities.
Marine vessels and equipment place particular demands on electrical wiring systems, given prolonged exposure to moisture, salt air, and mechanical stress. Wire harnesses used in marine settings are typically manufactured using corrosion-resistant materials, tinned copper conductors, and sealed connectors designed to maintain electrical performance in wet environments. Cloom Tech said its marine wire harness offering has been developed with these operating conditions in mind, drawing on the company’s broader manufacturing processes for design support, prototyping, and full-scale production.
The company’s manufacturing process spans initial design consultation through to prototype development and volume production, an approach Cloom Tech said allows existing wiring solutions to be adapted to the specific requirements of marine applications, including boat wiring systems, onboard electronics, navigation equipment, and propulsion controls. Each project is assessed individually, with harness configuration, connector selection, and cable routing determined according to the operating conditions of the vessel or equipment involved.
Marine equipment manufacturers often work with a mix of standard and custom electrical components, and wiring systems must be designed to fit within confined spaces while remaining accessible for maintenance and inspection. Cloom Tech said its engineering team works with clients through each stage of development, from initial schematics and material selection through to functional testing, to help ensure finished assemblies meet the mechanical and environmental requirements of the intended application. This process is intended to reduce the likelihood of wiring failures that can arise from inadequate sealing, incorrect conductor sizing, or unsuitable connector selection in marine settings.
Ivy Zhao, Spokesperson at Cloom Tech, said the expansion reflects growing enquiries from marine equipment manufacturers seeking custom wiring solutions. “Marine environments require wire harnesses that can maintain reliable performance despite constant exposure to moisture and salt air,” said Ivy Zhao, Spokesperson at Cloom Tech. “Cloom Tech’s manufacturing processes have been adapted to address these specific conditions for marine equipment manufacturers and boat builders.”
Cloom Tech’s production facilities support a range of wire harness configurations, from simple cable assemblies to complex multi-circuit systems used in larger marine vessels. The company said its design support services allow marine equipment manufacturers to work through prototyping stages before moving to production runs, helping to identify potential issues with routing, connector placement, and environmental sealing early in the process. Quality control procedures are applied at each stage of production, from incoming material inspection through to final testing of completed assemblies, including checks for continuity, insulation integrity, and mechanical durability under simulated operating conditions.
The expansion into marine manufacturing follows similar patterns in Cloom Tech’s other served industries, where custom wiring requirements are shaped by demanding operating environments. In aerospace and medical device manufacturing, for example, wire harnesses must meet strict reliability and durability standards, a manufacturing discipline the company said carries over into its marine-focused production. Cloom Tech said this cross-industry experience has informed the development of its marine wire harness capabilities.
Looking ahead, Ivy Zhao said Cloom Tech expects continued interest from the marine sector as demand for reliable custom wiring solutions grows. “Cloom Tech anticipates further engagement with marine equipment manufacturers as awareness of the company’s capabilities in this area increases,” said Zhao. “Ongoing investment in design support and production capacity is expected to support that growth over time.”
Cloom Tech has provided custom wire harness and cable assembly manufacturing services across a range of industries, including automotive, robotics, medical devices, and aerospace. The company’s services include design support from prototype through to production, aimed at meeting project-specific requirements for durability and reliability. The marine industry expansion represents a continuation of the company’s existing manufacturing capabilities into a new application area.
For additional information about marine wire harness manufacturer and related industry developments, contact Cloom Tech at 9251 NW 112th Ave, Medley, FL 33178, USA. Enquiries regarding the company’s products, services, installation support, and training programmes can be directed to +1 863 434 8447 or by email at sales@cloomtech.com.
Media Contact
Organization: Cloom Tech
Contact Person: Ivy Zhao
Website: https://cloomtech.com/
Email: Send Email
Contact Number: +18634348447
Address:9251 NW 112th Ave
City: Medley
State: FL 33178
Country:United States
Release id:47020
The post Cloom Tech Serves Marine Industry with Custom Wire Harness Manufacturing appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section
About Author
Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Chicago, IL 60638, United States, 13th Jul 2026 – Lontto, a respected manufacturer of concrete block machines, mobile block-making machines, and earth block forming equipment, has announced the continued supply of its earth block machinery for construction projects seeking sustainable building methods. The Chicago-based company said the equipment is designed to convert raw soil and stabilising materials into compressed blocks suitable for wall construction, reducing reliance on fired clay bricks and cement-heavy materials. The announcement reflects a broader shift within the construction sector towards materials with lower embodied energy and localised sourcing.
The equipment operates by compacting a mixture of soil, sand and a stabilising agent, typically cement or lime, under hydraulic or manual pressure to form solid blocks. The process does not require kiln firing, which is generally associated with fired clay brick manufacturing and contributes to the energy demand of conventional masonry production. Lontto’s earth block equipment range includes manual, hydraulic, and diesel-powered models, allowing operators to select machinery suited to project scale, available power sources, and required output. Larger hydraulic models are generally intended for higher-volume operations, while manual units are more commonly deployed on smaller or remote sites.
The company noted that earth block construction is increasingly used in projects located in regions where transporting conventional building materials is costly or logistically difficult, since the blocks can often be produced using soil sourced near the construction site. This approach can reduce transport-related emissions and material costs associated with importing bricks or cement blocks from distant suppliers. Building projects in rural and semi-rural areas, in particular, have been cited by the company as a common application, given the reduced dependence on established supply chains for conventional masonry materials. Lontto’s machinery is supplied alongside installation and training services intended to help operators establish production processes and maintain equipment over time.
“This equipment allows construction teams to produce building material on site using locally available soil, which can reduce transport costs and material waste,” said Chao Zhang, CEO of Lontto. “The machinery has been developed to accommodate a range of soil compositions and stabilising ratios, giving operators flexibility depending on regional conditions.”
Lontto’s earth block machinery is used across a range of project types, including rural housing, agricultural buildings, and small-scale commercial structures. The company stated that block dimensions and mould configurations can be adjusted to meet different structural and aesthetic requirements, and that machines undergo testing before shipment to confirm operational performance. Training provided alongside equipment delivery covers machine operation, routine maintenance and block curing procedures, which the company said contribute to consistent block quality during early stages of use. Operators are also provided with guidance on soil testing and stabiliser ratios, which the company said can affect block strength and durability once cured.
The company also manufactures concrete block machines and mobile block-making machines, which serve separate segments of the construction materials sector. According to Zhang, the earth block equipment line has been developed as part of the company’s wider manufacturing operations, which include product testing, servicing, and technical support for machinery purchased by construction firms and material producers. Spare parts and technical documentation remain available following installation, with the company stating that technical support extends beyond the initial setup period where required.
“Continued investment in equipment testing and after-sales support remains a priority as demand for on-site block production grows,” said Zhang. “Future development work will focus on refining machine durability and expanding the training resources available to equipment operators.”
Lontto manufactures block and brick-making machinery for the construction and materials production sectors, offering concrete block machines, mobile block-making machines, and earth block forming equipment, alongside installation and training services. The company is based in Chicago, Illinois, and supplies equipment to construction firms and material producers involved in a range of building projects across different regions, including projects where reduced material transport and lower embodied energy are cited as considerations in equipment selection.
For additional information about compressed earth block machine equipment and related industry developments, contact Lontto at 4992 S Austin Ave, Chicago, IL 60638, USA. Enquiries regarding the company’s products, services, installation support and training programmes can be directed to 708 260 8300 or by email at lontto66@gmail.com.
Media Contact
Organization: Lontto
Contact Person: Chao Zhang
Website: https://www.block-machine.net/
Email: Send Email
Contact Number: +17082608300
Address:4992 S Austin Ave
City: Chicago
State: IL 60638
Country:United States
Release id:47017
The post Lontto Supplies Compressed Earth Block Machine Solutions for Sustainable Construction appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section
About Author
Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Cloom Tech Develops Custom Wire Harness Solutions for Humanoid Robotics
Cloom Tech Serves Marine Industry with Custom Wire Harness Manufacturing
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