The 7705 Type Flat Chain Mesh is a modular plastic conveyor belt constructed from interlocking engineering plastic modules—such as HDPE, PP, or POM—secured by transverse hinge pins. This specific model features a fully closed, smooth top surface that eliminates gaps, providing a continuous and stable support plane for conveyed items. The underside integrates precisely engineered sprocket engagement pockets to ensure synchronous and reliable power transmission. Technical Features and Advantages Surface Flatness and Stability: The solid flat-top design prevents small or irregularly shaped products from tipping or snagging during transit, ensuring consistent material flow. Modular Assembly Flexibility: The brick-lay assembly pattern allows for flexible width configurations tailored to specific conveyor frames. In the event of localized wear, individual modules can be replaced independently, reducing overall maintenance expenditures. Low Friction and Corrosion Resistance: The plastic composition offers inherent chemical stability against acids, bases, and moisture. Additionally, its low coefficient of friction minimizes energy consumption and operational noise. Hygiene and Ease of Cleaning: The non-porous, smooth surface prevents debris accumulation and complies with strict sanitary standards, facilitating rapid cleaning using water or standard industrial detergents. Primary Application Areas Food and Beverage Processing: Extensively utilized in meat processing, bakery cooling lines, beverage bottling, and fruit/vegetable sorting. Packaging Automation: Implemented in systems for conveying and merging cardboard boxes, shrink-wrapped products, and lightweight containers. Pharmaceutical and Chemical Industries: Suitable for pharmaceutical packaging and cosmetic production lines requiring high levels of environmental cleanliness. Electronics and Precision Manufacturing: Deployed in workstations requiring stable transport of delicate components or anti-static properties (via specific material modifications).

The beaded omnidirectional wheel is a functional component designed for multi-directional material movement and positioning. Its working surface consists of multiple independently rotating beads, allowing items to move freely in various directions when in contact with the wheel. This design supports flexible handling and directional adjustment in conveying and workstation environments. Product Features Multiple independently rotating beads are distributed on the surface Supports longitudinal, lateral, and combined directional movement Beaded structure helps distribute contact forces Suitable for flat conveying and auxiliary guiding applications Can be installed on platforms, worktables, or guiding assemblies Product Advantages Enables multi-directional movement without a powered drive Reduces directional constraints during material handling Supports flexible positioning in workstations and handling areas Compatible with various conveying and handling components Easy integration into existing system layouts Application Areas Sorting and turning worktables Assembly stations and manual handling zones Multi-directional guiding points in automated conveyor lines Logistics, warehousing, and packaging systems Temporary material positioning and adjustment areas

The guide wheel serves as a critical directional component in industrial conveying systems, designed to control and maintain the travel trajectory of conveyor belts, chains, or flexible materials. Its core function involves providing a lateral constraint to moving conveying carriers through the integration of physical limitations and rolling contact, ensuring stable directional transport of materials along complex conveying paths. Structural Features Incorporates flanged or grooved wheel construction to establish mechanical limitation interfaces for conveying carriers Integrates precision bearing mechanisms, enabling low-torque rotational guidance Wheel surface customizable through hardening treatments, polyurethane coating, or specialized surface applications Equipped withan adjustable mounting base supporting three-dimensional angular and positional fine-tuning Technical Advantages Rolling contact effectively reduces friction coefficients during guidance, minimizing energy loss Mechanical limitation design prevents progressive deviation in conveyor belts during extended operation Modular component design facilitates rapid installation, maintenance, and replacement Adaptable to both high-speed continuous operation and intermittent heavy-duty working conditions Typical ApplicationsPrimarily deployed in sorting conveyor lines within automated warehousing systems, positioning devices for food packaging machinery, plate chain guidance systems in automotive assembly lines, belt tracking mechanisms for mining equipment, and various industrial transmission scenarios requiring precise path control.

The 880 guide side-bending chain is designed for side-guided and curved conveying applications. It enables conveyors to change direction smoothly while maintaining continuous chain movement. The chain structure supports controlled side guidance when used together with guide rails, allowing materials to follow a defined conveying path through curved sections. Product Features Designed for side-guided and curved conveyor layouts Supports continuous chain movement through bends Compatible with guide rail systems for path control Suitable for various conveyor line configurations Designed for continuous and cyclic conveying operations Product Advantages Supports compact conveyor layouts with directional changes Helps maintain material movement along defined paths in curved sections Minimizes impact on conveying rhythm at turning points Compatible with standard conveyor system components Easy integration into existing side-bending conveyor systems Application Areas Curved and side-guided conveyor lines Material transfer systems in automated production lines Packaging, sorting, and logistics conveying equipment Conveyor systems are used in the food, beverage, and personal care industries Continuous conveying systems requiring directional changes

The conveyor flow bar is a rolling component designed for gravity-driven or assisted conveying systems. It consists of multiple rollers integrated into a bar structure, enabling smooth movement of goods without a powered drive. Flow bars are commonly used in racks, picking lanes, and conveyor transition zones to support controlled material flow. Product Features Bar-shaped structure with integrated rolling elements Designed for gravity or auxiliary conveying applications Can be installed on conveyors, racks, or guiding structures Supports flat movement of cartons, totes, and containers Suitable for straight or slightly inclined conveyor layouts Product Advantages Enables material movement without powered operation Helps reduce manual handling requirements Supports sequential and directional material flow Compatible with existing conveyor and racking systems Suitable for buffering, accumulation, and staging areas Application Areas Gravity conveyor lines and flow rack systems Warehouse racking and order picking lanes Logistics sorting and distribution centers Packaging, assembly, and material handling zones Conveyor transition and buffer sections

The conveyor guardrail is a modular protective structure installed along the periphery of conveying equipment, creating physical separation between personnel activity areas and equipment operation zones. Utilizing standardized connection methods, this product effectively encloses equipment operation areas while maintaining on-site visibility. Technical FeaturesComprises a column-and-rail framework forming continuous protective interfaces Mesh aperture design complies with ergonomic standards, balancing protection with visual accessibility Connection nodes employ plug-in or bolted fastening structures supporting rapid disassembly and reassembly Surface treatments include spray coating or hot-dip galvanization for corrosion-resistant protection Practical FunctionsEstablishes a clear demarcation of equipment operation zones to reduce accidental entry risks An open framework design facilitates daily equipment inspection and abnormal condition monitoring Modular construction adapts to changing protection requirements across different conveyor layouts Anti-corrosion treatments maintain structural integrity in standard industrial environments Application EnvironmentsProtection for automotive manufacturing conveyor lines, safety enclosures for food processing lines, equipment isolation in logistics sorting centers, protective barriers in heavy machinery assembly areas, and industrial sites requiring demarcation of equipment operation boundaries.

Manufactured from polyurethane (PU) or other thermoplastic elastomers, it facilitates continuous power transfer from the drive shaft to the driven rollers through friction within the roller grooves. Its seamless circular structure ensures consistent tension and flexibility, making it a standard connection element in logistics automation. Technical Features and Advantages Elasticity and Tension Retention: The material features a high recovery rate, maintaining stable pre-tension over extended periods to minimize slippage during operation. Operational Stability and Low Noise: The seamless loop design eliminates vibration at connection points, maintaining low decibel levels even under high-speed rotation. Wear and Chemical Resistance: With optimized surface hardness and chemical stability, the bands resist industrial lubricants, moisture, and mild chemical exposure. Simplified Installation and Maintenance: The elastic architecture allows for rapid installation without disassembling the entire roller frame, reducing equipment downtime. Primary Application Areas Logistics Sorting Systems: Utilized in light-duty box and parcel conveying lines within e-commerce and courier distribution centers. Automated Production Lines: Suitable for unit conveying in precision industries such as electronics assembly and pharmaceutical packaging. Airport Baggage Handling: Employed in horizontal transport and divert sections of baggage processing systems. Warehousing Equipment: Acts as a critical drive link in the motorization of gravity roller conveyors.

Conveyor accessories are a collection of functional components designed for industrial conveyor systems, enhancing the functionality, safety, and maintainability of basic conveying equipment. This product series employs modular design principles, enabling standardized integration with mainstream conveyor equipment to meet functional expansion requirements under specific operating conditions. System Integration FeaturesModular interface designs compatible with various conveyor structures Component functions address common operational issues in conveying systems Standardized installation methods reduce system modification complexity Adaptability to special working environments, including high temperature, humidity, or dusty conditions Applied Value DemonstrationExtends maintenance cycles for core conveyor system components Improves stability and precision in material conveying processes Reduces downtime caused by equipment malfunctions Enhances safety protection levels in conveying operation areas Compatible Equipment ScopeAuxiliary systems for belt conveyors, functional modules for roller conveyor lines,配套 components for chain plate conveyors, enhancement devices for screw conveyors, and accessory requirements for various customized conveying equipment.

The RN 300 F Synchronous Lifter features a scissor lift structure design, utilizing mechanical linkages or gear transmission mechanisms to ensure height consistency across multiple lifting points during vertical movement. The main body is typically constructed from high-strength steel, with key friction areas undergoing precision machining and equipped with lubricated bearings or self-lubricating bushings to minimize motion resistance. The design includes limit devices and anti-fall safety mechanisms capable of locking at specific heights. The RN 300 F series possesses specific load-bearing specifications suitable for platforms of various sizes. Product AdvantagesThe core advantage of this equipment lies in its high synchronization precision, effectively addressing platform tilt issues caused by uneven force distribution during multi-point lifting and ensuring stable load handling. The mechanical synchronization structure eliminates the need for complex electrical control systems or hydraulic feedback loops, simplifying the system architecture. The structure is compact with a small footprint, maintaining good stability during the lifting process. The safety locking mechanism prevents accidental platform descent in the event of power loss or system pressure release, enhancing operational safety. Application FieldsSuitable for industrial assembly line lift tables, automated assembly equipment, material handling systems, scissor aerial work platforms, precision instrument calibration tables, and mechanical devices requiring smooth and synchronous displacement in the vertical direction.

ROLLER SLEEVE is manufactured from precision tube materials, utilizing CNC machining processes to guarantee the coaxiality of the inner bore and outer circle. Surface treatment processes include mirror polishing, hard chrome plating, or ceramic coating to meet specific requirements for surface roughness and hardness. The product features uniform wall thickness and a compact structure, designed for direct mounting on roller shafts, which simplifies the assembly procedure. Product AdvantagesThe product demonstrates excellent cylindricity and straightness, contributing to operational stability during high-speed rotation. The surface treatment layer provides high wear and corrosion resistance, extending component service life in contact friction environments. Standardized dimensional design facilitates easy replacement and maintenance, reducing equipment downtime. Customizable options for various materials and surface hardness are available to meet specific industrial requirements. Application FieldsWidely used in printing machinery, packaging machinery, plastic extrusion machinery, papermaking equipment, textile machinery, and conveyor systems. Suitable for processes requiring precise guiding, conveying, calendering, or coating.

The transition wheel is used in conveyor systems to support material transfer between different conveyor sections. It is typically installed at connection points where the conveying direction changes, height differences occur, or conveyor structures transition. By providing rotational support at these points, the transition wheel helps ensure continuous material flow across conveyor interfaces. During operation, when items move from one roller section to another or enter a transition zone, the wheel serves as an intermediate support, guiding materials smoothly through the structural change without interruption. Structural and Functional Characteristics The wheel structure is designed to support material movement through transition zones Installed at junctions between conveyor rollers or sections Rotational movement helps reduce resistance during transfer Suitable for continuous conveying operations Compatible with various roller conveyor layouts Functional Benefits Maintains continuity of material flow during conveyor transitions Helps reduce irregular movement or stoppage at connection points Supports stable conveying rhythm across system nodes Allows flexible layout in systems with frequent structural changes Typical Applications Connection points between roller conveyor sections Direction-changing or curved conveyor areas Height transition zones within conveyor systems Automated production and material handling lines Logistics, packaging, and sorting conveyor equipment

The RN 500 F Synchronous Lifter is an industrial lifting device utilizing multi-actuator synchronous control technology. This product achieves positional synchronization of multiple lifting points during operation through mechanical linkage or closed-loop control systems, making it suitable for industrial applications requiring platform-level maintenance or precise cooperative lifting. Core Technical FeaturesEmploys a closed-loop synchronous control system for real-time monitoring and adjustment of each lifting point's position Mechanical structure incorporates rigid guiding components to limit lateral displacement during lifting Drive system supports multiple power configurations, including electric motor, hydraulic, or pneumatic systems The control system features a position memory function for storing multiple preset lifting heights Key Functional ValueMulti-unit synchronous control maintains the platform level during lifting operations Rigid guiding structure enhances lifting stability and off-center load resistance Multiple power configuration options adapt to different industrial installations and usage conditions Position memory function facilitates rapid positioning in repetitive lifting tasks Typical Application ScenariosAutomotive production line body positioning fixtures, lifting transfer platforms in material handling systems, synchronous lifting equipment for stage machinery, multi-point support adjustment systems for medical devices, and various industrial production lines and testing platforms requiring horizontal lifting operations.