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| Strip Belt Merge is a kind of equipment widely used in conveying and sorting system. |
| Parcel Weight: | ①Dynamic:60kg/㎡ ②Static: 100kg/㎡Speed:30-150m/min Curve Angle: 90° |
| Effective Transmission Width: | 1060mm、1260mm、1460mm |
| Turning Radius: | 1700mm |
| Standard Drop Height: | 600mm |
| Strip Belt Merge is a kind of equipment widely used in conveying and sorting system. |
| Strip Belt Merge is a kind of equipment widely used in conveying and sorting system. |
With the wheel sorter, theshunt conveying system is formed to realize the function of goods shunt, With belt conveyor to form a conflu-ence conveying system to achieve the function of goods confluence.
It is used to transport cartons, pallets, plastic boxes and other goods in split or confluence direction.Bulk materi.
als, flat parts, small items or irregular items should be placed on the tray or turnover box.
| Flexible Layout for Bidirectional Function It supports flexible arrangement on either the left or right side of the balance wheel shunt. This adaptive layout design directly enables a bidirectional shunt/sorting function, allowing the system to adapt to diverse on-site layout requirements (e.g., left-side shunt for inbound goods, right-side shunt for outbound goods) without major structural modifications—enhancing overall workflow flexibility. Modular Design for Easy Assembly The system is composed of multiple standard series modules, which are fixed side by side on the frame in accordance with corresponding combination rules. This standardized modular design simplifies assembly: modules can be quickly combined or adjusted based on sorting scale (e.g., adding modules for expanded capacity, reducing modules for small spaces) and ensures consistent quality across components—lowering customization costs and shortening deployment time. Rear-Motor Driven for Stable Operation It adopts a “motor-after-drum” drive structure: the motor drives the narrow belts of all unit modules via the drum. This power transmission design ensures uniform force on the narrow belts, avoiding uneven speed or belt slippage caused by scattered drives. As a result, the system maintains stable, continuous operation even during high-throughput sorting—aligning with the core advantage of “stable operation” highlighted in previous technical descriptions. |
With the wheel sorter, theshunt conveying system is formed to realize the function of goods shunt, With belt conveyor to form a conflu-ence conveying system to achieve the function of goods confluence.
It is used to transport cartons, pallets, plastic boxes and other goods in split or confluence direction.Bulk materi.
als, flat parts, small items or irregular items should be placed on the tray or turnover box.
With the wheel sorter, theshunt conveying system is formed to realize the function of goods shunt, With belt conveyor to form a conflu-ence conveying system to achieve the function of goods confluence.
It is used to transport cartons, pallets, plastic boxes and other goods in split or confluence direction.Bulk materi.
als, flat parts, small items or irregular items should be placed on the tray or turnover box.
| Flexible Layout for Bidirectional Function It supports flexible arrangement on either the left or right side of the balance wheel shunt. This adaptive layout design directly enables a bidirectional shunt/sorting function, allowing the system to adapt to diverse on-site layout requirements (e.g., left-side shunt for inbound goods, right-side shunt for outbound goods) without major structural modifications—enhancing overall workflow flexibility. Modular Design for Easy Assembly The system is composed of multiple standard series modules, which are fixed side by side on the frame in accordance with corresponding combination rules. This standardized modular design simplifies assembly: modules can be quickly combined or adjusted based on sorting scale (e.g., adding modules for expanded capacity, reducing modules for small spaces) and ensures consistent quality across components—lowering customization costs and shortening deployment time. Rear-Motor Driven for Stable Operation It adopts a “motor-after-drum” drive structure: the motor drives the narrow belts of all unit modules via the drum. This power transmission design ensures uniform force on the narrow belts, avoiding uneven speed or belt slippage caused by scattered drives. As a result, the system maintains stable, continuous operation even during high-throughput sorting—aligning with the core advantage of “stable operation” highlighted in previous technical descriptions. |
| Flexible Layout for Bidirectional Function It supports flexible arrangement on either the left or right side of the balance wheel shunt. This adaptive layout design directly enables a bidirectional shunt/sorting function, allowing the system to adapt to diverse on-site layout requirements (e.g., left-side shunt for inbound goods, right-side shunt for outbound goods) without major structural modifications—enhancing overall workflow flexibility. Modular Design for Easy Assembly The system is composed of multiple standard series modules, which are fixed side by side on the frame in accordance with corresponding combination rules. This standardized modular design simplifies assembly: modules can be quickly combined or adjusted based on sorting scale (e.g., adding modules for expanded capacity, reducing modules for small spaces) and ensures consistent quality across components—lowering customization costs and shortening deployment time. Rear-Motor Driven for Stable Operation It adopts a "motor-after-drum" drive structure: the motor drives the narrow belts of all unit modules via the drum. This power transmission design ensures uniform force on the narrow belts, avoiding uneven speed or belt slippage caused by scattered drives. As a result, the system maintains stable, continuous operation even during high-throughput sorting—aligning with the core advantage of "stable operation" highlighted in previous technical descriptions. |
| Parcel Weight: | ①Dynamic:60kg/㎡ ②Static: 100kg/㎡Speed:30-150m/min Curve Angle: 90° |
| Effective Transmission Width: | 1060mm、1260mm、1460mm |
| Turning Radius: | 1700mm |
| Standard Drop Height: | 600mm |
The SIWUN Mobile Sorting Unit is an innovative logistics solution that integrates a high-speed intelligent sorting system onto a purpose-built specialty vehicle platform. Featuring mobile deployment capabilities and ready-to-use functionality upon arrival, this unit not only supplements seasonal sorting capacity but also enables the relocation of sorting operations to front-end locations. It efficiently manages the surge in logistics sorting demands that occur during scenarios such as fresh produce harvests, e-commerce sales events, and direct shipments of specialty economy goods—significantly enhancing logistics operational efficiency and agility while lowering operational costs.
Dual-Level Configuration;
Electrically Operated Single-Side Slide-Out System;
Equipped with Stage & LED Screen
Single-Level Configuration;
Electrically Operated Bilateral Slide-Out System;
Equipped with Stage & LED Screen
Single-Level Configuration;
Electrically Operated Single-Side Slide-Out System;
Equipped with Stage & Lifted LED Screen