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Directly supplied by a premier manufacturer, ensuring exceptional build quality and cost-efficiency.
Engineered specifically to optimize and accelerate tubular pile production lines.
Features a highly durable framework designed for continuous, high-stress industrial operations.
Backed by comprehensive one-stop factory design and setup consultancy services.
The Automatic Mold Hanging Device represents a masterclass in industrial engineering, crafted specifically to transform the demanding environment of tubular pile manufacturing. When you stand beside this towering 8.5-meter structure, the sheer presence of its industrial-grade 25# channel steel twin beams conveys an immediate sense of unyielding durability and structural integrity. The cold, smooth finish of the heavy-duty steel framework speaks to the meticulous craftsmanship dedicated to its fabrication, designed to withstand the relentless vibrations and heavy loads of continuous production cycles. As the pneumatic system engages, the crisp, rhythmic hiss of the pressurized air flowing through the premium JELPC cylinders orchestrates a symphony of mechanical precision. The synchronized movement of the mold cover claw hooks and bottom mold claw hooks operates with a fluid grace that belies the massive 2500-kilogram weight of the machine. This device does not merely lift steel molds; it fundamentally redefines your operational workflow by eliminating the erratic, manual handling processes that bottleneck production. By ensuring that every heavy mold is gripped, lifted, and positioned with absolute millimeter accuracy, the equipment drastically reduces the physical strain on your workforce while mitigating the risk of workplace accidents. The result is a seamless, highly efficient production floor where downtime is minimized, and output consistency is elevated to unprecedented levels.
Model | HYZG |
Dimensions | L*W*H=8500*450*1200MM |
Structure and theory | main beam, 4 sets of mold cover claw hook, 4 sets of bottom mold claw hook and pneumatic system |
Pneumatic parts | optional air compressor |
Gas displacement | 0.36M3, displace pressure: 0.8MPa; Power rate: 3Kw, 2 position/5 exit valve, throttle valve, cylinder |
Structure of main beam | 25# channel steel two beam |
Weight | 2500Kg also |
| Up mold claw hook | 4 pieces, pitch: 2m-4m-2m, JELPC brand cylinder: Φ63*100 |
| Down mold claw hook | 4 pieces, pith:2m-3.15m-2m, JELPC brand cylinder: Φ63*125,Φ100*250 |
Investing in the right material handling infrastructure is critical for maintaining a competitive edge in heavy manufacturing. The Automatic Mold Hanging Device is engineered with a suite of advanced features designed to maximize operational uptime, enhance workplace safety, and deliver a rapid return on investment.
Unyielding Structural Integrity: The foundation of the machine utilizes a robust 25# channel steel twin-beam architecture, providing exceptional load-bearing capacity and resisting deformation even after years of continuous heavy lifting.
Precision Pneumatic Control: Equipped with industry-leading JELPC brand cylinders and sophisticated 2-position/5-exit valves, the system ensures that every gripping and lifting motion is executed with exact, repeatable precision.
Optimized Power Consumption: Operating at a highly efficient 3 Kw power rate, the device minimizes energy expenditure while delivering the immense mechanical force required for tubular pile mold manipulation.
Seamless Workflow Integration: The precisely calculated pitch of both the upper (2m-4m-2m) and lower (2m-3.15m-2m) claw hooks guarantees perfect alignment with standard industrial molds, eliminating the need for manual adjustments.
Enhanced Operational Safety: By automating the most hazardous aspects of mold handling, the system drastically reduces the physical interaction required from the floor staff, directly lowering the probability of workplace injuries.
Understanding the rigorous demands of modern industrial environments, this equipment has been meticulously developed to address the core challenges faced by production facilities. We focus on delivering tangible improvements across all critical operational metrics.
Heavy-duty machinery requires uncompromising material choices to ensure longevity and operational stability. The main beam is constructed from high-strength 25# channel steel, forming a rigid double-beam structure that absorbs intense mechanical stress. The pneumatic system relies exclusively on premium-tier components, including renowned JELPC cylinders and precision throttle valves, guaranteeing extended equipment life and unwavering safety during high-load operations.
Reducing manual labor dependency and accelerating production line flow are paramount for modern facilities. This device introduces a highly efficient automatic mold hanging capability, driven by a robust 3Kw power unit and a 0.8MPa pneumatic system. The multiple sets of claw hooks work in perfect synchronization, drastically reducing the time required for loading and unloading tubular pile molds, thereby multiplying your daily output capacity.
Engineering teams require concrete metrics to evaluate facility compatibility. This device boasts a commanding 8.5-meter length and a substantial 2.5-ton weight, anchoring it firmly within professional-grade manufacturing setups. With a precise gas displacement of 0.36M3 and meticulously calibrated claw hook pitches, it represents the pinnacle of manufacturing accuracy.
Because no two production lines are identical, the equipment is designed with inherent flexibility. The scientific spacing of the upper (2m-4m-2m) and lower (2m-3.15m-2m) mold claw hooks accommodates a wide variety of mold dimensions. Furthermore, the system supports an optional air compressor, ensuring seamless integration into diverse factory layouts and existing pneumatic infrastructures.
Procuring heavy machinery demands absolute confidence in safety and compliance. The equipment is manufactured adhering to stringent international quality standards, providing a secure foundation for global procurement. The pneumatic architecture features advanced anti-leakage and pressure-stabilization designs, and every unit undergoes rigorous stress testing before leaving the facility to ensure flawless, safe operation.
Downtime is the enemy of profitability, which is why exceptional post-purchase support is built into our offering. We provide comprehensive technical backing, including extended warranty periods, rapid-response online troubleshooting, and detailed video guidance for maintenance. Beyond the machine itself, we offer one-stop factory design and setup consultancy, completely eliminating any operational friction for your enterprise.
Selecting a manufacturing partner for heavy industrial equipment is a decision that impacts your entire production ecosystem. We do not merely supply machinery; we deliver comprehensive industrial solutions engineered to elevate your operational capabilities. Our approach is rooted in profound engineering expertise and a relentless commitment to client success.
End-to-End Factory Solutions: Beyond delivering exceptional machinery, we possess the capability to design and architect complete new pole and pile factories, providing a seamless, one-stop service from blueprint to full production.
Direct Manufacturer Advantage: By sourcing directly from our state-of-the-art manufacturing facility, you bypass intermediaries, ensuring you receive premium, high-quality equipment at highly competitive price points.
Uncompromising Quality Control: Every component, from the heavy steel beams to the intricate pneumatic valves, is subjected to rigorous quality assurance protocols, guaranteeing that the equipment performs flawlessly in the harshest industrial environments.
Global Export Expertise: With extensive experience in supplying heavy machinery to international markets, we understand the nuances of global logistics, compliance, and cross-border technical support, ensuring a smooth acquisition process.
Dedicated Technical Partnership: We view our clients as long-term partners. Our engineering team remains at your disposal for continuous optimization, maintenance advice, and rapid parts replacement to keep your lines moving.
When integrating new heavy machinery into an established tubular pile production line, technical and operational questions naturally arise. Below, we have compiled detailed answers to the most common inquiries from engineering and procurement professionals.
To maintain optimal performance, the pneumatic system requires routine inspection of the JELPC cylinders and the 2-position/5-exit valves. We recommend a weekly check of the air pressure stability (ensuring it remains at 0.8 MPa) and a monthly inspection of the throttle valves for any signs of particulate buildup. The optional air compressor should also be drained of condensation regularly to prevent moisture from entering the pneumatic lines.
The standard configuration features a highly optimized pitch (2m-4m-2m for the upper hooks and 2m-3.15m-2m for the lower hooks) designed to fit the vast majority of standard tubular pile molds. However, as a direct manufacturer, we possess the engineering capability to customize the hook spacing and cylinder specifications to perfectly align with your facility's unique mold dimensions upon request.
The 25# channel steel twin-beam structure is specifically selected for its exceptional resistance to torsional stress and metal fatigue. In a high-volume production environment, the framework effectively dampens the vibrations generated during the lifting and lowering of the 2500 Kg loads, ensuring that the structural integrity of the device remains uncompromised over decades of continuous operation.
If your facility is equipped with a centralized pneumatic system capable of consistently delivering a gas displacement of 0.36 M3 at a pressure of 0.8 MPa, the optional air compressor is not required. The equipment's pneumatic input can be seamlessly integrated into your existing air lines using standard industrial fittings.
Our comprehensive one-stop service goes far beyond equipment delivery. It encompasses initial site evaluation, customized production line layout design, machinery installation, pneumatic and electrical system integration, and on-site operational training for your staff. We ensure that your new facility is fully optimized for maximum throughput from day one.
