Cranes for the Aerospace Industry| Henan Mine Crane Factory
Product Introduction of Henan Mine Crane Factory’s Aerospace-Specific Lower-Rotating Gantry Crane
Henan Mine Machinery’s lower-rotating gantry crane represents a customized, digital-intelligent, lightweight precision equipment solution developed for national priority sectors such as aerospace manufacturing and high-end precision machining. Following the 160t+160t new intelligent explosion-proof double-girder bridge crane, this marks another innovative breakthrough in aerospace lifting technology. Tailor-made for a specific aerospace research institute, this product fills the application gap for downward-rotating bridge beam cranes in aerospace manufacturing, becoming the core support equipment for precision material handling.

Henan Mine Machinery’s Aerospace-Specific Under-Rotating Girder Crane
Core Technical Advantages
- Aerospace-grade precision control with industry-leading operational accuracy: Utilizes PLC + inverter closed-loop vector control technology to achieve stepless, precise adjustment of lifting and travel motions. Positioning accuracy reaches ±2mm, fully meeting the high-precision requirements for handling aerospace precision components.
Multi-Intelligent Operation for Complex Scenarios: Supports triple control modes—remote, manual, and tablet—flexibly adaptable to environments. Remote operation enables precise long-distance tasks, manual mode handles close-range fine adjustments, while tablet control facilitates digital command input and process logging. This intelligent, user-friendly interface lowers operational barriers.
Servo-automated lifting device, significantly boosting operational efficiency: Equipped with a servo-automated control system, the lifting device enables automatic extension/retraction and rotation. Rotation angle is precisely controllable (±0.5°), while extension/retraction travel is customizable to meet specific needs. Eliminating manual adjustments, it rapidly adapts to handling materials of varying specifications and shapes. Its automation level far surpasses traditional equipment, increasing operational efficiency by over 40%.
Comprehensive Safety Protection for Precision Operations: Equipped with high-precision detection devices, it establishes a 360° blind-spot-free detection range. It autonomously identifies personnel and obstacles within the work area, triggering a three-tier response: “warning – deceleration – braking” with a response time ≤0.5s, eliminating collision risks at the source. Additionally, it integrates multiple safety features including overload protection, lifting limit switches, and emergency braking, meeting the stringent safety standards of the aerospace sector.
Remote Digital Management with Full Lifecycle Traceability: Equipped with a remote monitoring system, it enables real-time digital surveillance of equipment status and operational data. Supports remote fault diagnosis, automatic maintenance work order push notifications, and operation record traceability, establishing a “monitoring – early warning – maintenance – traceability” lifecycle management system to reduce operational costs and downtime.

Henan Mine Machinery’s Aerospace-Specific Under-Rotating Girder Crane
Applicable Scenarios & Benchmark Cases
- Core Application Scenarios: Primarily deployed in aerospace manufacturing (e.g., handling spacecraft power components and precision structural parts), high-end equipment manufacturing, precision instrument processing, and military product production—fields demanding exceptional lifting accuracy, safety, and automation. Supports multiple tonnage specifications including 5+5t, 16+10t, 18/5t, and 59/10t.
- Benchmark Case Endorsement: Successfully delivered 24 units (sets) of equipment to a space research institute, with 6 lower-rotating girder bridge cranes now operational—filling an application gap in aerospace manufacturing. Previously, the 160t+160t new intelligent explosion-proof double-girder bridge crane developed for a space power company also earned high recognition from aerospace clients. From technical exchanges and manufacturing to installation and commissioning, the entire process met stringent aerospace-grade requirements, validating the product’s reliability and advanced technology.

Henan Mine Machinery’s Aerospace-Specific Under-Rotating Girder Crane
Corporate Strength Endorsement
As an outstanding supplier of lifting equipment to aerospace entities, Henan Mine Machinery has dedicated years to R&D and manufacturing, focusing on digital intelligence, lightweight design, and high-quality development. The company possesses the capability to support national key projects. The company maintains a comprehensive R&D system and rigorous quality control processes, with products undergoing multiple rounds of inspection and testing from design to delivery. The 24 units (sets) delivered this time successfully passed acceptance by the Xi’an Institute of Special Equipment Inspection and Testing, fully demonstrating aerospace-grade product quality. Moving forward, the company will continue to drive innovation, providing comprehensive lifting equipment solutions for national key sector development.
Frequently Asked Questions About Henan Mine Machinery's Aerospace-Specific Under-Rotating Girder Crane
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What are the core advantages of this downward-rotating bridge crane?Answer: Its core strengths lie in three dimensions—“aerospace-grade precision, full-dimensional intelligence, and ultimate safety”—which also represent key gaps in the market. Previously, this type of crane had not been applied in aerospace manufacturing. Our product, through customized design, perfectly aligns with the core requirements of aerospace precision, high safety, and automation.
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Can the product's tonnage specifications be customized?Answer: Full customization is supported to precisely match diverse tonnage requirements. We optimize equipment structure and control parameters based on your material weight, operational space, and precision requirements to ensure dual compatibility in tonnage and accuracy.
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What does full lifecycle management mean?Answer: Full lifecycle management entails tracking all operational, maintenance, and failure records from delivery to decommissioning via data-traceable equipment. This provides data support for equipment optimization and replacement, extending service life.
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Does its operational precision meet the requirements for handling aerospace precision components?Answer: With positioning accuracy of ±2mm, it fully satisfies aerospace precision component handling demands. Utilizing PLC + VFD closed-loop vector control technology, the equipment achieves stepless precision adjustment for lifting and movement through algorithm optimization. Combined with anti-sway functionality, it completely eliminates minor vibrations during handling.
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Can the anti-sway feature effectively prevent damage to precision components during handling?Answer: The anti-sway effect is highly effective, completely mitigating the risk of damage to precision components. The equipment employs intelligent dynamic algorithms to monitor the swaying state of the lifting device in real time and dynamically adjust operating parameters. The sway angle of the lifting device is ≤±0.3°, achieving instantaneous stable stopping after halting with no rebound swaying.
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Can the remote control, manual, and tablet operation modes adapt to diverse operational scenarios?Answer: The three operation modes can be flexibly switched, perfectly accommodating various operational scenarios. They meet the requirements of different processes in aerospace manufacturing.
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What is the precision of the lifting device's automatic extension/retraction and rotation functions? Can it handle complex-shaped materials?Answer: The lifting device's automatic control precision is extremely high, fully compatible with handling complex-shaped materials. Extension accuracy ≤ ±1mm, rotation accuracy ±0.5°. The system automatically adjusts extension travel and rotation angle based on material specifications without manual intervention
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Is the safety of autonomous obstacle avoidance via high-precision detection devices guaranteed?Answer: Detection coverage spans all areas within 5m of the lifting device, with a response time ≤0.5s. Autonomous obstacle avoidance safety is absolutely assured. Emergency braking activates if hazards persist, ensuring material and environmental safety.
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Does the equipment require specialized technicians for maintenance?Answer: Maintenance costs are 30% lower than comparable high-end industry equipment. Regular maintenance personnel can perform tasks after training. We provide standardized maintenance manuals and free training to ensure operators quickly master the skills.
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Can we inspect the actual application at aerospace projects before purchasing?Answer: Absolutely. We fully support your on-site inspection of aerospace project sites to witness the equipment's operational performance firsthand! We will coordinate with the aerospace project team to arrange access procedures and provide technical experts for full-process guidance and explanation.