Henan Aifite Intelligent Equipment Co., LTD.
Products
"Efficient Lifting in the Workshop" - Low Headroom Double-Girder Bridge Crane with Lifting Beam
Classification:
Product Introduction
Beneath the factory's steel structure, a bright yellow, double-girder, low-headroom overhead crane stands out. The lifting beam, with its slings, acts like a pair of sturdy steel arms, securely holding bundles of metal bars and flexibly lifting them within the limited headroom.
Many industrial plants are space-constrained, making conventional lifting equipment difficult to operate. However, this overhead crane thrives in this compact space. The slings securely fit the metal bars, protecting them from damage while enabling efficient, one-stop transfer. This allows bundles of metal bars to flow seamlessly from production to storage, significantly accelerating the pace of production and demonstrating the efficiency and stability of industrial lifting.
Technical Parameters:
| Lifting Capacity | 5 t, 10 t, 16 t, 20 t, 32 t, 50 t, etc. (customized larger loads are supported) |
| Span Range | 10 m - 35 m (adaptable to different factory building spans) |
| Lifting Height | 6 m - 22 m (maximum utilization of vertical space in the factory under low headroom design) |
| Work Duty | A 5 - A 6 (compliant with GB/T 3811 standard, suitable for medium to heavy lifting duties) |
| Travel Speed | Large carriage(travel along the track): 20-50 m/min (variable frequency speed regulation, enabling precise control of start, stop, and movement) Trolley(travel along the beam: 10-30 m/min (variable frequency speed regulation, enabling flexible adaptation to precise transfers between workstations) |
Core advantages:
1. Space Optimization, Cost Reduction, and Efficiency Improvement
The low-headroom design significantly reduces its height (for example, some models save over 20-30 cm of vertical space compared to traditional cranes). This allows for the smooth lifting of large work-pieces and precision machining in low-rise workshops (those with limited floor height and compact layouts). Furthermore, it reduces building height requirements for new factories, saving on civil engineering costs and lowering energy consumption for long-term operations (heating, air conditioning, etc.). Some models also feature a compact design that expands the hook's reach.
2. Advanced Structure, Stable and Reliable
The dual-girder structure combines high rigidity with a thin, lightweight cross-section, offering excellent resistance to torsional and lateral bending. Combined with components such as the low-headroom hoist, it effectively suppresses vibration during lifting, ensuring a stable material transfer trajectory and precise positioning (for example, achieving ±0.3 mm accuracy in some assembly scenarios). The lightweight, modular design reduces the equipment's dead-weight and wheel load, lowering the load-bearing requirements on the factory building structure (suitable for retrofitting older factories), facilitating transportation and on-site installation, and improving operational stability.
3. High Efficiency, Energy Saving, and Low-Carbon Operation
Equipped with a variable frequency speed control system, it precisely adjusts speed according to the load, resulting in smoother operation, reduced mechanical shock, and significantly improved operational efficiency (shortening material lifting time).
Combined with integrated transmission technology and high-efficiency motors, it further reduces energy consumption (some models offer energy savings of 30%-50%), meeting the needs of "low-carbon production" and significantly reducing electricity and other operating costs over the long term.
4. Safe, Worry-Free, and Easy Maintenance
Comprehensive Safety Features: Equipped with multiple safety features including overload protection, stall protection, limiters, and anti-derailment devices, some models also feature low control voltage and an independent operating box to eliminate safety hazards during lifting operations. Extremely Low Maintenance Costs: Core components are mostly maintenance-free or low-maintenance designs. Combined with a high degree of localization and a limited number of vulnerable parts, maintenance processes are significantly simplified (e.g., support for modular quick-change replacement), significantly reducing equipment downtime and ongoing maintenance costs.
5. Flexible Adaptability to Respond to Demand
Based on a modular architecture, the equipment can be rapidly expanded, adjusted, and even completely relocated (e.g., some models offer a 6x improvement in workstation relocation efficiency). It can also flexibly adapt to complex workshop layouts (routing around obstacles, connecting multiple workstations), and accommodate diverse scenarios such as flexible production lines and renovations of older factories. This enables agile adjustment of production lines and even increases equivalent production capacity without expanding the factory floor.
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It founded in the 2000s, It has a history of about 20 years. We own a professional produce team,sales team and a after-sale service team, which can make sure satisfy your whole purchase procedure.
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Whatsapp:8613507096268
E-mail:sales@aifitemhe.com
Weizhuang, Changyuan，Xinxiang city, Henan province, China