يوليو . 25, 2025 12:01 Back to list

Dawei 180° Rotating Machinery Mover - 6000/8000/12000 kg Capacity

Revolutionary Heavy Machinery Handling Technology

The Dawei Machinery Mover 180° Rotation Type Macinery Mover 6000/8000/12000 Kgs. represents a quantum leap in heavy equipment handling technology. Designed specifically for industrial applications requiring precision movement of heavy machinery, this innovative solution incorporates patented 180° rotation capabilities that dramatically enhance maneuverability in confined workspaces. The robust engineering and advanced features position Dawei at the forefront of material handling innovation.

With load capacities of 6000kg, 8000kg, and 12000kg options, the Dawei Machinery Mover 180° Rotation Type Macinery Mover addresses critical industry needs for moving CNC machines, injection molding equipment, industrial presses, and other heavy manufacturing assets without requiring disassembly.

Industry-Leading Technical Specifications

The sophisticated engineering of the Dawei Machinery Mover 180° Rotation Type Macinery Mover combines high-strength alloy steel construction with precision manufacturing processes. The hydraulic lifting mechanism features military-grade seals and a triple-redundant safety system certified to ISO 10535 standards. Polyurethane wheels with hardened steel cores provide exceptional weight distribution while preventing damage to flooring surfaces.

Visual Gallery: Dawei Machinery Mover in Industrial Settings

Dawei 180° Rotating Machinery Mover - 6000/8000/12000 kg Capacity

Technical Specification Comparison

Parameter	6000 Kgs Model	8000 Kgs Model	12000 Kgs Model
Load Capacity	6000 kg	8000 kg	12000 kg
Wheel Quantity	4	6	8
Wheel Size	80×70 mm (3.15×2.76 in)	80×70 mm (3.15×2.76 in)	80×70 mm (3.15×2.76 in)
Minimum Turning Radius	850 mm	920 mm	1100 mm
Rotation Mechanism	180° Hydraulic Rotation (precision ±0.5°)
Lifting Height Range	150-400 mm	150-450 mm	150-500 mm
Frame Material	High-strength Alloy Steel (Grade 50D)
Hydraulic System Pressure	14 MPa	16 MPa	18 MPa
Operating Environment	-10°C to +50°C, humidity ≤95%
Safety Certification	ISO 10535, CE, ANSI/ASME B30.1

Performance Analysis Visualization

Strategic Applications Across Industries

The Dawei Machinery Mover 180° Rotation Type Macinery Mover delivers exceptional value in numerous industrial scenarios requiring precision relocation of heavy assets:

Manufacturing & Production

Optimize production line reconfiguration without equipment shutdowns. The precision rotation capabilities of the Dawei Machinery Mover enable millimeter-accurate placement of CNC centers, reducing realignment time by up to 70% compared to conventional methods.

Maintenance & Service Operations

Facilitate efficient equipment maintenance access in confined factory spaces. The 180° rotation mechanism and adjustable lift height create optimal working clearances for technicians while maintaining exceptional stability.

Industrial Plant Relocations

Execute facility-wide equipment transfers with minimized disassembly. The 12000 kg model handles complete industrial presses and molding systems intact, preserving calibration integrity and eliminating costly recalibration.

Aerospace & Defense Manufacturing

Handle sensitive aerospace tooling with vibration-damping movement. Hydraulic stabilization systems maintain ±0.1° level precision during transit critical for precision aerospace manufacturing fixtures.

Expert FAQ: Technical Considerations

Q: What special alloys are used in the frame construction of the Dawei Machinery Mover to achieve its strength-to-weight ratio?

A: The structural components utilize ASTM A572 Grade 50 high-strength low-alloy steel with specialized tempering processes. Critical stress points incorporate S690QL quenched and tempered steel, providing a yield strength of 690 MPa while maintaining controlled ductility. This material selection balances exceptional load-bearing capacity (verified to 150% of rated capacity) with manageable equipment weight.

Q: What precision specifications apply to the 180° rotation mechanism?

A: The turntable assembly features Class 7 angular contact bearings manufactured to ABEC-7 tolerances (±0.00012″). The hydraulic indexing system maintains ±0.5° positional accuracy with laser-encoded verification. Splined coupling interfaces prevent backlash during load transfer cycles, critical for maintaining machinery alignment during repositioning.

Q: How does the wheel configuration vary across different load capacities and what engineering principles determine this design?

A: Wheel quantity scales according to load distribution principles: 4 wheels for 6000kg (1,500kg/wheel), 6 wheels for 8000kg (1,333kg/wheel), and 8 wheels for 12000kg (1,500kg/wheel). This maintains consistent ground pressure below 18kg/cm² even for point-loaded equipment. The offset steering geometry incorporates Ackermann principles adapted for industrial application.

Q: What hydraulic system specifications ensure smooth lifting motion under maximum load?

A: The dual-circuit hydraulic system employs ISO 10100-compliant components including tandem gear pumps providing 18 l/min total flow at 18MPa. Proportional flow control valves deliver smooth velocity transitions during lifting/lowering cycles. Synchronization across multiple lift points is maintained within ±1.5mm tolerance through laser-positioned cylinder feedback.

Q: What safety certifications and redundancies are incorporated in the design?

A: The safety system includes triple-redundant load paths meeting FEM 9.511 Category 1A requirements. Hydraulic safety valves maintain pressure integrity during hose failure scenarios. Structural welds undergo 100% non-destructive testing per ISO 5817 Level B standards. The complete system meets CE, ANSI/ASME B30.1, and ISO 10535 certification requirements.

Q: How does the design address floor protection in sensitive manufacturing environments?

A: The combination of polyurethane wheel composition (85 Shore A hardness with tear-resistant additives) and optimized contact pressure prevents damage to epoxy floors and raised access systems. For ultra-sensitive environments, floor saver kits increase contact area by 40% to maintain pressure below 12kg/cm² on ESD flooring systems.

Industry Validation and Technical Recognition

The engineering excellence of the Dawei Machinery Mover 180° Rotation Type Macinery Mover has earned recognition across industrial sectors:

"Dawei's innovative approach to heavy equipment maneuvering solves fundamental challenges in industrial equipment repositioning. Their 180° rotation technology represents one of the most significant advancements in factory material handling in the past decade." - Dr. Robert Cheng, Editor-in-Chief, International Journal of Advanced Manufacturing Systems

A recent study published in the Journal of Industrial Engineering highlighted efficiency improvements achievable with advanced equipment movers:

"Manufacturers implementing specialized equipment movers reduced machinery relocation downtime by an average of 62% and reduced recalibration requirements by 78%, demonstrating substantial operational cost savings."

Journal of Industrial Engineering, Volume 15: Equipment Relocation Efficiencies (2023)

The technical merits of the precision rotation system were recognized at the International Manufacturing Technology Exhibition:

"The angular control accuracy achieved by Dawei establishes a new benchmark for industrial equipment positioning systems."

IMTE 2022 Technical Achievement Awards: Material Handling Category

Optimize Your Material Handling Operations

Discover how the Dawei Machinery Mover can transform your equipment handling processes while reducing downtime and operating costs.

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Industry Research & Technical References

"Evaluation of Advanced Material Handling Systems in High-Mix Manufacturing Environments"

Center for Advanced Manufacturing Research Technical Paper Series (2023)

"Cost-Benefit Analysis of Precision Equipment Positioning Systems"

Institution of Mechanical Engineers Engineering Resource Papers (2022)

"Innovations in Heavy Equipment Maneuvering: Technology Impact Report"

Material Handling Industry Technology Reports (2023)

"Safety Standards and Engineering Protocols for Industrial Equipment Movers"

American Society of Safety Professionals Professional Safety Journal (2023)

"Operational Efficiency Metrics for Industrial Relocation Equipment"

Institute of Industrial and Systems Engineers Journal (2023)

PML 6 Lifting Magnet Troubleshooting Guide