Fully Automatic Explosion-Proof Crane Industries : Semiconductor-grade polysilicon, electronics, pharmaceuticals, precision machinery, and cleanroom explosion-proof automated workshops

Fully Automatic Explosion-Proof Crane Product Description: This cleanroom explosion-proof fully automatic Crane is used for automatic material handling between reduction furnaces, cleaning platforms, transfer platforms, and ingot removal stations. It can complete material retrieval, travel, and precise positioning along preset routes.

This Fully Automatic Explosion-Proof Crane addresses customers’ primary concerns: whether the equipment is truly dust-resistant and minimizes dust generation; whether the explosion-proof rating is suitable for flammable and explosive gas environments; whether positioning and hooking are reliable during unmanned operation; and whether it can provide early fault alerts.

Through sealed explosion-proof drives, wear- and corrosion-resistant materials, dust collection, automatic anti-sway positioning, and status monitoring, this Crane balances clean production with automation safety.

Fully Automatic Explosion-Proof Crane Product Features

• Integrated Cleanroom and Explosion-Proof Design: The fully automatic cleanroom and explosion-proof crane can be configured to meet cleanroom class and explosive gas zone requirements, reducing the need for repeated modifications to multiple sets of equipment.

• Sealed Explosion-Proof Drive: Utilizes a highly sealed drive and a compact electromechanical braking and monitoring structure to reduce the risk of contaminant ingress and ignition.

• Active Dust and Oil Collection: Particles and oil contaminants generated during operation are collected via permanent magnet dust removal, explosion-proof electric dust collectors, and mechanical oil collection trays.

• Fully Automated Unmanned Operation: The crane completes workstation identification, automatic hook engagement and disengagement, material transfer, and return to the standby position along a preset route.

• Anti-sway and precise positioning: Utilizes electronic laser scanning to read positioning codes; publicly available data indicates positioning accuracy can reach sub-millimeter levels.

Fault and service life alerts: Automatically triggers alarms, detects the causes of malfunctions, and sets component service life reminders, facilitating the early scheduling of maintenance.

Clean Energy Cranes Industries : Wind power equipment, photovoltaic equipment, clean energy facilities, and the production and assembly of new energy equipment

Clean Energy Cranes Product Description: High-precision cranes for clean energy facilities are used in the production of structural components, component handling, and assembly stations for new energy equipment. They are suitable for wind power, photovoltaic, and clean energy manufacturing facilities that require the large-scale deployment of lifting equipment.

This Clean Energy Cranes addresses customer concerns regarding whether multiple lifting devices can maintain uniform standards, whether operation is smooth and energy-efficient, whether on-site installation will delay the project schedule, and whether long-term spare parts and maintenance costs will be excessive.

The Crane features full variable-frequency control, a modular structure, and quick-connect aviation-style plug wiring, while its lightweight and universal design reduces installation and long-term management burdens.

Clean Energy Cranes Product Features

• High-Precision, Smooth Lifting: The high-precision cranes for clean energy manufacturing facilities utilize full VFD control to enhance stability during component transport and assembly processes.

• Full VFD Energy-Saving Control: Speed is adjusted based on load and operational phase, reducing start-stop impacts and unnecessary power consumption.

• Modular Structure: Facilitates manufacturing, transportation, installation, and component replacement, while also enabling standardized configurations across multiple production bays.

• Aviation connector wiring: Reduces complex on-site wiring work and shortens equipment installation and commissioning cycles.

• Lightweight and universal design: Reduces structural loads on factory buildings and minimizes the variety of components required across different equipment.

• Low-maintenance design: Reduces inspection, spare parts, and downtime costs for large-scale equipment through the use of universal components and simplified maintenance points.

Specialized Cranes for New Materials Industries : Production of lithium-ion battery anode materials, carbon-based new materials, and graphite materials, as well as maintenance of new materials equipment

Specialized Cranes for New Materials Product Description: Specialized cranes for anode material production are used to handle raw materials, tooling, equipment components, and production materials within carbon-based new materials production facilities.

Such projects typically involve a large number of equipment units and demand high production continuity. Customers not only consider the Crane’s capacity but also closely verify the main girder span, brake wheel runout, wheel tread hardness, the quality of the travel mechanism, and the completeness of manufacturing documentation.

Specialized cranes for anode material production are manufactured, inspected, and documented in accordance with uniform quality standards, making it easy for customers to verify structural dimensions, mechanical condition, and material traceability during the factory acceptance testing phase.

Specialized Cranes for New Materials Product Features

• Designed for Anode Material Production: Cranes specifically designed for anode material production can meet the daily lifting needs for raw materials, tooling, equipment components, and production materials.

• Main Girder Span Inspection: Dimensional measurements confirm that the main girder span matches the factory track conditions, avoiding repeated adjustments during the installation phase.

• Brake Wheel Runout Inspection: Controls brake wheel operational deviation to reduce braking vibration, abnormal wear, and noise.

• Wheel tread hardness inspection: Verifies the load-bearing and wear-resistance performance of the wheels, providing a basis for long-term operation under continuous production conditions.

• Hoisting mechanism acceptance inspection: Inspects the main and auxiliary trolleys and related transmission components to reduce the risk of early failures after production begins.

• Traceable quality documentation: Retains self-inspection records, material certificates, and non-destructive testing reports to facilitate customer acceptance and subsequent maintenance inquiries.

Cleanroom Explosion-Proof Overhead Crane Industries: Photovoltaic materials, silicon powder processing, new powder-based materials, and light- to medium-load production workshops where combustible dust is present

Cleanroom Explosion-Proof Overhead Crane Product Description: The dust-explosion-proof crane is used for the routine lifting and handling of powdered raw materials, packaged goods, production tooling, and equipment components. It is suitable for workshops with limited space, where lifting capacities are primarily light to medium, and where the risk of dust ignition must be controlled.

This Cleanroom Explosion-Proof Overhead Crane addresses customers’ primary concerns: whether the explosion-proof configuration matches the dust zone classification, whether dust accumulates easily on the equipment surface, whether excessive sparks or static electricity are generated during operation, and whether the single-girder structure can balance coverage area with ease of maintenance.

The Overhead Crane features a lightweight single-girder structure combined with dust-proof explosion-proof electrical systems, variable-frequency control, and anti-static surface treatment.

Cleanroom Explosion-Proof Overhead Crane Product Features

• Dust-Explosion-Proof Configuration: Dust-explosion-proof single-girder cranes allow for the selection of appropriate explosion-proof electrical configurations based on dust type, hazardous zones, and frequency of use.

• Lightweight Single-Girder Structure: Reduces the load on factory tracks and load-bearing structures, making it suitable for light-to-medium loads and high-frequency material handling.

• Smooth Variable-Frequency Operation: Minimizes impact, load oscillation, and mechanical wear caused by sudden starts and stops.

• Anti-static and corrosion-resistant coating: Reduces static electricity buildup and corrosion on surfaces, and facilitates cleaning and maintenance in the workshop.

• Minimizes dust accumulation in hard-to-reach areas: Electrical enclosures, walkways, and structural joints feature easy-to-clean designs to reduce the risk of long-term dust accumulation.

• Clear maintenance access: Frequently inspected components and electrical devices are easily accessible, shortening the time required for routine inspections and troubleshooting.

Cleanroom Explosion-Proof Overhead Crane Industries : High-purity crystalline silicon, photovoltaic materials, semiconductor materials, and production facilities with dual requirements for cleanroom and explosion-proof environments

Cleanroom Explosion-Proof Overhead Crane Product Description: The cleanroom explosion-proof electric hoist double-girder overhead crane is designed for production areas that require both dust control and protection against flammable gases or explosive atmospheres. It is capable of lifting raw materials, tooling, equipment components, and high-value products.

This Cleanroom Explosion-Proof Overhead Crane addresses common customer concerns regarding dust generated by standard cranes during operation, electrical components that do not meet explosion-proof zone requirements, excessive shock during the starting and stopping of heavy loads, and whether the cleanroom design will make maintenance more difficult.

Featuring a lightweight double-girder structure, cleanroom protection, explosion-proof components, and variable-frequency drives, this Cleanroom Explosion-Proof Overhead Crane balances load-carrying capacity, environmental safety, and daily operating costs.

Cleanroom Explosion-Proof Overhead Crane Product Features

• Dual-Mode Cleanroom and Explosion-Proof Operation: The cleanroom-rated, explosion-proof electric hoist double-girder crane addresses both particulate matter control and electrical safety requirements in explosive environments.

• Intrinsically Safe and Flameproof Components: Intrinsically safe or flameproof electrical and control components can be selected based on the hazardous area classification and the type of medium present.

• Double-Girder Load-Bearing Structure: Suitable for cleanrooms requiring high lifting capacity, a wide operational coverage area, or high operational stability.

• Smooth Variable-Frequency Control: Reduces start-stop shock in hoisting and travel mechanisms, minimizing load sway and the risk of impact damage to precision components.

• Dust-Proof and Anti-Static Surface Treatment: Features corrosion-resistant, anti-static coatings and an easy-to-clean design to reduce the accumulation of fine dust on surfaces.

Provision for Smart Interfaces: Allows for the expansion of positioning, monitoring, remote operation, and automated scheduling hardware according to production line requirements.

600t hydroelectric overhead crane Applications: Pumped-storage power plants, hydroelectric power plant unit installation, power generation equipment maintenance, and heavy-duty energy equipment hoisting

600t overhead crane Product Description: The 600-T double-hook pumped-storage Overhead Crane is used for lifting, transporting, and installing hydroelectric generator sets, rotors, stators, and large maintenance components.

hydroelectric overhead crane When operating under conditions involving heavy individual components, long lifting point spacings, and high installation precision requirements, customers are most concerned about whether the two hooks can maintain synchronization, whether heavy-load operation is stable, whether the lifting process is prone to swaying, and whether the equipment’s status can be monitored in real time.

Through high-precision dual-hook synchronization, intelligent anti-sway technology, and digital monitoring, this hydroelectric overhead crane reduces the risk of large components tilting, colliding, or repeatedly dropping into place.

hydroelectric overhead crane Product Features

• 600 T lifting capacity: The 600 T double-hook Overhead Crane for pumped-storage power plants meets the centralized lifting requirements for large hydroelectric generator sets and heavy maintenance components.

• High-Precision Dual-Hook Synchronization: Automatically controls the height difference between the two lifting points to prevent long components from tilting due to uneven force distribution.

• Intelligent Anti-Sway System: Reduces sway during heavy-load starts and stops as well as during long-distance travel, minimizing the risk of collisions between components and plant equipment.

• High-Strength Steel Structure: Controls main girder deformation while meeting heavy-load capacity requirements, ensuring long-term operational stability.

• Digital Safety Monitoring: Provides real-time views of load, position, mechanical status, and safety protection information, facilitating operational and maintenance decisions.

• Customized for Power Plant Conditions: Span, lifting height, hook spacing, duty class, and maintenance access can be designed to suit the specific conditions of the plant.

 Grab Crane Industries Served: Steel mill rotary kilns, ironmaking raw material handling, dusty environments, unmanned bulk material handling

Product Description: The unmanned grab crane is used for the automatic identification, grabbing, transport, and discharge of bulk materials in steel production, and can replace the need for personnel to maintain a long-term on-site presence in dusty environments.

This Grab Crane addresses customers’ primary concerns regarding unmanned operation—such as whether it will grab the wrong material, whether positioning accuracy can be maintained, how it will navigate around other equipment and obstacles, and whether remote takeover is possible in the event of an anomaly.

The Grab Crane features 3D scanning, automatic positioning, automatic recognition, automatic obstacle avoidance, and automatic grabbing capabilities, with positioning and repeatability accuracy within 5 millimeters.

 Grab Crane Product Features

• 3D Scanning: Captures information about material piles and the work area, providing data for automatic grabbing and path planning.

• Positioning Accuracy Within 5 Millimeters: The equipment’s positioning and repeatability accuracy meet the demands of precision bulk material handling.

• Automatic Identification and Grabbing: Identifies target materials and automatically completes the grabbing process, reducing the need for manual judgment and operation.

• Automatic Obstacle Avoidance: Identifies obstacles and collision risks during operation, enhancing the safety of unmanned operations.

• Long-distance operation: Operators can control the system from an office located more than 1,000 meters away, reducing exposure to dust.

Supports full-system automation: Integrates with steel production scheduling to provide material handling support for one-click steelmaking and smart manufacturing.