Boton employs Discrete Element Method (DEM) simulation technology for chute design. Based on on-site conditions and technical requirements, advanced simulation techniques are utilized to model the actual material flow transportation process. During the simulation process, the aim is to seek the optimal solution, ensuring that the chute design best suits the materials on-site under given conditions. This is made possible by Boton's robust team of experts, precise understanding of material properties, advanced design tools, and commitment to meticulous attention to detail.

The head position can be equipped with a collecting device as needed to ensure that materials enter the transfer chute pipe wall at the optimal contact angle, reducing wear.

Robust engineering capabilities: BaoTong has years of project management and construction experience, and holds qualifications in electromechanical engineering construction.

The main body adopts streamlined design to ensure that materials flow along the wall in a collected and regularized manner, achieving a soft landing of materials.

Feeding spoons are configured according to operating conditions: Feeding spoons are designed with a forward-expanding closed structure to penetrate deep into the interior of the skirting box.

Boton's non-powered dust control double sealed skirting system, through modular combination, incorporates structures such as external anti-spillage devices and material collecting plates. With a design focused on the path of dust airflow, it features functions including self-dust reduction, anti-spillage, and anti-deviation, making it the optimal choice for dust suppression and prevention in material discharge areas.

Excellent dust removal effect: Professional design effectively controls induced airflow, equipped with filtering devices and air damping units to ensure efficient dust removal.

Good sealing, prevention of material spillage: Equipped with external anti-spillage devices, with long skirting lifespan and easy installation adjustment.

Wide applicability: Can be applied to belt widths ranging from 650mm to 2000mm.

Improved alignment through flow guidance.

Boton's Water circulation wash-box cleans the belt surface while simultaneously using high-pressure water jets to remove fine particles. Additionally, it utilizes a water removal cleaner to eliminate excess water from the belt surface. Material washed off during cleaning can be processed through a sedimentation tank, where settled material enters the material bin. Water, after undergoing treatment in the filtration and cleaning device, is recycled for further use. This system improves cleaning efficiency, is environmentally friendly, and conserves resources.

After purification, the wash water meets the standard for discharge.

Gas-liquid tensioning: In addition to standard spring tensioning, the cleaning device can utilize a unique gas-liquid tensioning structure to maintain constant pressure.

Stable and reliable water quality for purification and reuse, with continuous online monitoring during the purification process.

Adaptation to conveyor belt operation status: including gapped operation, continuous operation, independent on-site operation, and remote auxiliary operation.

Standard cleaner for surface cleaning of the belt, high-pressure water jet for deep cleaning to ensure thorough removal of fine dust.

Concentrated flushing system: Upon detection of material accumulation in the scraping area, the system employs a large volume of water for one-time flushing to remove accumulated materials.

Utilization of PLC as the core control component with an independent control system. The system device has interlocking and disengaging functions with the host system.

Boton's Water circulation wash-box cleans the belt surface while simultaneously using high-pressure water jets to remove fine particles. Additionally, it utilizes a water removal cleaner to eliminate excess water from the belt surface. Material washed off during cleaning can be processed through a sedimentation tank, where settled material enters the material bin. Water, after undergoing treatment in the filtration and cleaning device, is recycled for further use. This system improves cleaning efficiency, is environmentally friendly, and conserves resources.

After purification, the wash water meets the standard for discharge.

Gas-liquid tensioning: In addition to standard spring tensioning, the cleaning device can utilize a unique gas-liquid tensioning structure to maintain constant pressure.

Stable and reliable water quality for purification and reuse, with continuous online monitoring during the purification process.

Adaptation to conveyor belt operation status: including gapped operation, continuous operation, independent on-site operation, and remote auxiliary operation.

Standard cleaner for surface cleaning of the belt, high-pressure water jet for deep cleaning to ensure thorough removal of fine dust.

Concentrated flushing system: Upon detection of material accumulation in the scraping area, the system employs a large volume of water for one-time flushing to remove accumulated materials.

Utilization of PLC as the core control component with an independent control system. The system device has interlocking and disengaging functions with the host system.

The industries utilizing large-scale conveyor belts such as ports, docks, power plants, and steel mills often need to handle large rolls of conveyor belts during replacement or maintenance processes. Traditional manual lifting or self-made simple mechanisms for handling belt rolls are inefficient, labor-intensive, and pose significant safety risks. With increasing competition, traditional methods are no longer able to meet the high demands of modern production. Boton's independently developed automatic belt winding machine utilizes variable frequency motors controlled by PLC to achieve automatic belt winding.

Modular design: Lightweight overall for easy transportation and mobility.
Multiple safety protections: Equipped with overload, misalignment detection, and alarm devices to enhance safety.
Width range: Can be used with belt widths ranging from 800mm to 2200mm.
Adjustable belt width: The roller ends are movable, allowing the same equipment to adapt to different widths.
Adjustable belt speed: Speed can be adjusted based on the belt diameter, with automatic control for high efficiency.
Equipped with automatic tensioning mechanism: Ensures neat arrangement of conveyor belts with no looseness or misalignment.
Digital length counter: Real-time display of belt length.
Comes with a remote control handle for easier operation.

As a powerful tool to remove the return belt material, the clean production of the conveyor production site is of great significance. Secondary cleaner is usually configured on the return side of the conveyor belt to clean up the residual fine materials not removed by the primary cleaner, and the effect of cleaning directly affects the amount of material scattered in the return section, therefore, the secondary cleaner requires the blade to be closely adhered to the surface of the conveyor belt, with good hardness and abrasion resistance, and adapt to a wide range of working conditions. Boton's secondary cleaner adopts high quality tungsten carbide material with high hardness and good abrasion resistance, and the separated WC blade design can make the blade closely fit the conveyor belt in the process of running, and remove the residual materials on the belt quickly and efficiently.

Cushioned rubber blade holders absorb the impact of uneven belt surfaces and increase belt throughput. 
Miniature versions of the blade are available, as well as a screw tensioning design, to suit applications where space is at a premium. 
Tungsten carbide blade is extremely wear resistant and can effectively remove fine and sticky materials from the belt surface, making it suitable for harsh working conditions. 
Separated blade design, easy to maintain and replace, better adapted to the belt surface. 
Spring tensioning device is adopted for continuous tensioning, realising automatic compensation of tensioning.
Maintenance safety: all maintenance operations can be carried out in a safe position on the side of the conveyor

The Boton intelligent first-level cleaner, which is specially designed and manufactured with a special process, has a hardness similar to that of the conveyor belt or slightly higher than that of the conveyor belt. In the process of friction between the blade and the surface of the conveyor belt, it can clean the material before the conveyor belt wears, while protecting the conveyor belt. The spring tensioning with high quality spring steel can keep the continuous pressure of the blade on the conveyor belt and realize good cleaning effect. The pin-type installation is easy to operate, making the replacement of spare parts and maintenance work on site simple and easy.

- The blade is made of imported polymer material, the hardness of the material is similar to the rubber hardness, which does not damage the belt and the joints of the belt, and has excellent wear-resisting performance to meet the needs of different working conditions.

- The specially designed blade profile ensures that the cleaning operation is always carried out at a similar angle and pressure during blade wear.

- Integral blade design is easy to maintain and replace; split blade can be configured according to site conditions.

- Adopt spring tensioning device to realize automatic compensation of tensioning and ensure the continuous tensioning of the blade.

- The special design of blade profile ensures that the blade is always cleaned at a similar angle and pressure during the wear process.

- The support bar is designed as a single unit or in sections, depending on the working conditions, for easy installation and transportation

Boton's spillage remover is small size, easy to move, simple operation and high efficiency. When using this equipment, the field personnel only need to shovel the scattered materials into the hopper located on the ground, and the circular movement of the hopper will lift and dump the materials to the working side of the conveyor, so as to realize material recycling and ground cleaning.

- Patent-protected design, simple operation and compact structure
- The operator is not in direct contact with the conveyor belt, which improves the safety of on-site operation.
- Shoveling height is greatly reduced, reducing labor intensity and improving operator health protection.
- Clean and environmentally friendly: sealed casing reduces secondary scattering and dust.
- Continuous operation driven by high-power motors, greatly improving operating efficiency
- According to the working conditions can choose different transmission mode: chain or belt drive for different working conditions.
- MA certified: MA certified version is available upon request, suitable for underground applications.

Boton's high-power industrial hoovers can be customised and developed according to the actual situation on site, with high suction power and simple structure, which is easy to be handled and carried on site. Boton can also customise the multi-point vacuuming and dust collection system according to the on-site working conditions to help customers maintain a clean and tidy production environment.

- Flexible arrangement of structure according to site conditions, simple and convenient operation
- Stainless steel barrel, durable
- Large-diameter vacuum pipe, suitable for most industrial environments.
- Can be made into modular combination structure, easy to carry on-site
- Configuration of a variety of different types of suction nozzles to adapt to different application scenarios.
- Powerful motor drive continuous operation, greatly improve the operating efficiency.