Papua New Guinea Fixed Single Scissor Lifting Platform | Heavy-Duty Hydraulic Lifting Tables (0.5–30 Tons)
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Product Description
Fixed Single Scissor Lifting Platform | Export Manufacturer of Heavy-Duty Pit-Mounted Hydraulic Lifting Tables, Load Capacity 0.5–30 Tons – Product Overview
Fixed single scissor lifting platforms are designed for fixed-point heavy-load lifting operations, with lifting heights ranging from 2 to 6 meters and rated load capacities covering 500 kg to 30 tons.
The equipment features an overall compact structure and supports two installation methods: pit embedded type and direct floor mounting. Control modes including push-button control, wireless remote control and PLC automatic linkage are optional.
The complete machine runs stably with low failure rate and easy post-operation maintenance, widely satisfying fixed workstation lifting demands across various industries such as manufacturing, warehousing, automobile maintenance, stage engineering and explosion-proof chemical industry.
For sites with insufficient floor height or no pit excavation conditions, vertical hydraulic lifting platforms can be selected as an alternative matching solution.
Applicable Industries & Scenarios
| Industry | Application Scenarios |
|---|---|
| Production & Manufacturing | Workstation leveling on assembly lines, mold hoisting, lifting for component assembly; PLC linkage solutions are available for automated production lines |
| Warehousing & Logistics | Picking goods from two-layer racks, loading/unloading docking, restocking matched with forklifts; hydraulic cargo lifts can be combined for multi-layer goods transfer |
| Automobile Maintenance | Lifting of complete vehicles and large spare parts, four-wheel alignment workstations |
| Stage Equipment | Lifting stages, T-stage platforms, lifting modules for performances |
| Special Scenarios | Equipment maintenance platforms, barrier-free lifting, trench cover lifting; customized full explosion-proof machines are available for explosion-proof workshops |
Working Principle
It relies on a hydraulic system to drive the scissor mechanical structure for vertical lifting:
Lifting Process
The motor drives the hydraulic pump to deliver pressurized oil, and the hydraulic cylinder pushes the scissor arms to expand outward, lifting the platform steadily and vertically.
Lowering Process
The hydraulic oil circuit reverses to release pressure, and the platform descends slowly under its own dead weight. A built-in throttle valve regulates the lowering speed to eliminate jitter during all start-stop operations.
Complete Set of Safety Protection Devices
Hydraulic self-locking valve
Instantly locks the oil circuit upon power failure or oil pipe rupture to prevent platform falling.
Explosion-proof speed-limiting valve
Caps the lowering speed at ≤0.2 m/s and triggers automatic locking protection if overspeed occurs.
Mechanical limit stopper
Provides rigid buffer limit at the maximum lifting height to avoid hard impact damage to equipment.
Overload protection valve
Automatically cuts off the lifting circuit under overload; optional audible and visual overload alarm is available.
Additional safety components include foot pinch guard plates and full-machine emergency stop buttons, forming multi-layer safety protection. The unit complies with EU safety standard EN1570 for worry-free overseas export.
Core Product Advantages
| Advantages | Detailed Description |
|---|---|
| Ultra-wide load capacity range | Full specifications from 0.5 to 30 tons available; thickened manganese steel scissor arms deliver strong load-bearing and anti-deformation performance |
| Stable lifting operation | Repeating positioning accuracy ±5 mm, no shaking during start and stop, compatible with assembly line docking |
| Compact floor occupation | The platform surface is flush with the ground after pit installation, occupying no factory passageways |
| Two installation modes | Pit-mounted type for newly-built workshops; direct floor-mounted type for renovation of old factories |
| Multi-mode electric control system | Wired push-button control as standard; wireless remote control and PLC automatic integration are optional upon demand |
| Low maintenance cost | No traveling wheels or moving mechanisms, few fault points, simple daily maintenance |
| High cost-performance ratio | Mass-produced standardized spare parts lead to much lower procurement cost than sleeve-type lifting equipment; its construction cost can be compared with vertical direct-lift platforms under the same working conditions |
Comparison of Two Installation Solutions
| Comparison Dimension | Pit Embedded Type | Direct Floor-Mounted Type |
|---|---|---|
| Installation Conditions | Pre-excavate matching pit in advance | Fixed directly on hardened and flat ground |
| Floor Protrusion Height | Platform surface is flush with ground, no protrusion | Platform surface stands 0.6–1.2 m above ground |
| Site Passage | Forklifts and trolleys can pass directly | Reserve operating space around; matching ramps are required |
| Applicable Scenarios | New standardized factories, sites with narrow aisles; mainstream selection for overseas industrial parks | Old factories with unexcavatable ground, preferred for overseas temporary factory areas |
Standard Technical Parameters
Lifting Height: 2 m – 6 m
Rated Load Capacity: 500 kg ~ 30,000 kg
Standard Platform Size: 1.2 × 0.8 m (custom widened and lengthened sizes available; narrow platforms can be customized for narrow overseas sites)
Minimum Folded Height of Equipment: 0.6 m – 1.2 m
Lifting & Lowering Speed: 4 m/min – 8 m/min
Power Supply Specification: 220 V single-phase civil power / 380 V three-phase industrial power; export models compatible with multi-country voltages
Matching Motor Power: 2.2 kW ~ 20 kW
Control Modes: Manual push button / wireless remote control / PLC linkage
Installation Types: Pit embedded, floor fixed
Precise Model Selection Guide
- Daily high-frequency lifting at fixed workstations → Fixed scissor lifting platform is recommended for durability and cost efficiency
- Rotating use across multiple workshops and stations → Not applicable; mobile scissor lifting platform is suggested instead
- Goods transfer between different floors → Not applicable; hydraulic freight lift is recommended
- Load capacity over 1 ton and lifting height within 6 meters → Fixed scissor lift is the optimal solution
- Precise docking with assembly lines → Equipped with PLC electric control, positioning error only ±5 mm
- Limited ground space in factory with no allowance for protruding equipment → Directly select pit embedded type
Horizontal Comparison of Three Types of Lifting Equipment
| Comparison Dimension | Fixed Scissor Lifting Platform | Mobile Scissor Lifting Platform | Hydraulic Freight Lift |
|---|---|---|---|
| Maximum Load Limit | 30 tons, excellent heavy-load performance | Max 3 tons, for light loads | Up to 30 tons for heavy-duty work |
| Maximum Lifting Height | 2–6 m | Up to 8 m | Over 12 m |
| Mobility | Fully fixed, non-displaceable | Equipped with wheels, movable by pushing | Permanently fixed, immovable |
| Installation Difficulty | Moderate; pit-mounted or floor-mounted options | Simple, ready for use upon delivery | Complicated construction, requires civil shaft |
| Floor Space Occupation | Small; pit version takes no aisle space | Moderate, turnaround space required | Occupies a large fixed area |
| Procurement Cost | Low to medium | Mid-range price | High overall construction cost |
| Automation Integration | Easy to connect with assembly line PLC | Hard to realize automatic integration | Integratable, suitable for inter-floor conveying |
| Long-Term Maintenance Cost | Extremely low; simple structure with low failure rate | Moderate; moving parts prone to wear | Moderate; shaft components wear quickly |
| Overseas Applicable Scenarios | Overseas factories, fixed auto repair stations | Temporary overseas processing sites | Multi-layer goods transfer for large overseas warehouses |
Cooperation Advantages of Source Manufacturer (Key Points for Foreign Trade)
- Self-owned 30,000 ㎡ production base. No middleman markup, offering more competitive pricing under identical configurations; bulk export services available to Russia, Southeast Asia, Europe, America and other regions.
- Full-range custom non-standard solutions: load capacity, lifting height, platform dimensions, explosion-proof electric control and voltage can all be adjusted to comply with overseas local standards.
- Fast shipment for standard off-the-shelf models; customized orders completed within 7–15 working days.
- Comprehensive warranty system: 2-year warranty for main structural frames, 1-year warranty for hydraulic and electrical components. Domestic nationwide after-sales outlets provide on-site service within 48 hours; remote video repair guidance offered for overseas clients.
- One-stop full-process service: pre-sales load calculation & model selection, bilingual Chinese-English pit construction drawings, on-site installation guidance, long-term post-delivery follow-up; complete export documentation of equipment accessible upon request.
- Rich project references: we have served thousands of enterprises worldwide across automobile manufacturing, food processing, e-commerce warehousing and heavy industry sectors.
Standardized Production Process Flow
1. Demand Confirmation: Communicate load capacity, lifting height, platform size and on-site installation conditions. For overseas orders, confirm voltage, explosion-proof requirements and certification standards simultaneously.
2. Solution Design: Draw general assembly drawings and pit construction dimension drawings in Chinese, English and Russian versions for confirmation by both parties before finalization.
3. Steel Cutting: Laser or plasma cutting for steel plates to guarantee precise dimensional tolerance.
4. Welding Forming: CO₂ gas shielded welding. Weld seam flaw detection is carried out to eliminate cold joints and incomplete welding.
5. Precision Machining: Finish machining of pin shaft connection holes to ensure proper assembly clearance and smooth lifting performance.
6. Anti-corrosion Surface Treatment: Shot blasting rust removal + anti-rust primer + wear-resistant topcoat double-layer painting. Thicker anti-corrosion coating is applied for maritime export shipments.
7. Complete Machine Assembly & Commissioning: Assemble hydraulic systems and electrical control circuits, then conduct repeated no-load and full-load test runs.
8. Pre-delivery Quality Inspection: Full testing of load capacity, lifting speed and all safety devices; complete CE and ISO certification documents are issued upon passing inspection.
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