Discover our CE certified, high-performance vertical stackers, hydraulic pit systems, and industrial water reclamation solutions engineered to optimize space efficiency globally.
Qingdao Cherish Intelligent Equipment Co., Ltd. is an integrated industry and trade enterprise dedicated to the high-precision design, advanced manufacture, and global supply of intelligent parking systems and heavy industrial processing solutions. Leveraging strong engineering capabilities, state-of-the-art robotic production lines, and decades of international project implementation experience, we deliver robust, safe, and space-saving systems that address structural urban parking shortages worldwide.
Founded by a visionary team of structural engineers, automation specialists, and international business professionals, the company maintains a clear objective: to construct high-durability, cost-efficient, and structurally certified parking machinery through sustained R&D and customer-aligned design processes. From structural calculations and mechanical stress analysis to surface protection, global shipping, and local structural compliance, our standard operating procedures ensure that every unit meets the demanding requirements of safety, ease of maintenance, and longevity.
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We optimize modern urban parking infrastructures and industrial paint applications by running two specialized industrial divisions, ensuring precision-engineered products tailored to dynamic structural scenarios.
Focused on the R&D, structural simulation, and manufacturing of mechanical car parking lifts, semi-automatic puzzle systems (Lifting and Sliding PSH series), vertical stackers, and underground pit platforms. Designed to maximize spatial yields and load capacities in residential basements, commercial developments, and private real estate, ensuring strict adherence to EN 14010 and the Machineries Directive.
Engineers turnkey industrial automatic powder coating lines and municipal/industrial wastewater treatment plants. By applying high-temperature curing mechanics, electrostatic powder deposition, and energy-conserving thermal control systems, we assist industrial fabricators in reducing operational overheads while maintaining strict environmental standards.
Lifting and Sliding Parking Systems (commonly known as Puzzle Parking Systems or PSH Series) utilize a matrix-based mechanical configuration to move platforms vertically and horizontally. This configuration enables independent access to any parking space within the structure without manually moving adjacent vehicles. The lower and intermediate levels feature lateral sliding platforms, while the uppermost levels perform vertical movements. Through programmable logic controllers (PLCs), the system coordinates platform pathways to clear a vertical opening. The target platform is then lowered to the ground level for vehicle entry or retrieval. This approach increases space efficiency by up to 300% compared to traditional layouts, making it suitable for modern urban developments.
Safety compliance is a key requirement in B2B heavy machinery procurement. CE certification indicates that a lifting and sliding parking system conforms to the safety, health, and environmental standards of the European Economic Area (EEA), specifically governed by the Machinery Directive 2006/42/EC and the harmonized standard EN 14010 (Safety of machinery - Equipment for power driven parking of motor vehicles).
Compliance under EN 14010 requires several integrated safety mechanisms, including:
China, specifically the industrial region of Qingdao, is a leading hub for intelligent parking systems manufacturing. Choosing a Chinese manufacturer offers several key supply chain advantages:
B2B buyers, municipal planners, and real estate developers must assess the Total Cost of Ownership (TCO) rather than just initial purchase costs. The evaluation includes:
Using thicker columns (e.g., 5mm+ Q355B steel) reduces structural deflection under dynamic loads, lowering maintenance costs.
Hydraulic systems lower energy consumption during descents by utilizing gravity, reducing operational power costs.
Smart PLC programming limits diagonal movement conflicts, reducing cycle times and minimizing mechanical wear.
Standardized grease points, accessible hydraulic valves, and common electronic components simplify routine servicing.
Implementing mechanical parking lifts internationally requires compliance with local structural codes. A typical challenge for developers is adapting imported systems to local building regulations, electrical grids, and environmental conditions.
Projects in the United States and Canada must meet local building and electrical codes. Control panels must use UL-listed components or carry full UL 508A certification to pass local inspections. Additionally, structural steel weldments must align with the standards of the American Welding Society (AWS D1.1).
European installations require compliance with EN 14010. This standard covers safety parameters, including access gates, minimum clearance dimensions, safety barriers, and mechanical safety lock ratings. It also requires localized user manuals in the destination country's official language.
Outdoor installations in coastal or seismically active regions require modified structural layouts. Systems must be engineered with thicker anchor plates, reinforced bracing, and high-tensile anchor bolts (such as chemical anchors) to handle wind loads and seismic shear forces.
Power delivery specifications vary by region (e.g., 208V/230V/460V at 60Hz in North America, and 380V/415V at 50Hz in Europe and Asia). Power packs, hydraulic motors, and PLC systems are customized to match local electrical grids, avoiding the need for external phase converters or step-down transformers.
Converting standard basement structures into multi-level parking setups. Standard two-post and tilting parking systems maximize vehicle density in spaces with low overhead clearance (down to 2.9 meters).
Car dealerships and commercial hubs use multi-level, high-capacity stackers and double-deck scissor car lifts to display or store stock in compact footprints, optimizing valuable floor space.
Underground scissor lifts with double decks hide vehicles beneath driveways or lawns. The top deck can be customized with matching pavers or landscaping to preserve the villa’s aesthetic layout.
The Triple-Level Parking Lift is designed to maximize vertical space by stacking three vehicles in a single parking footprint. Suitable for both sedans and SUVs, this system is a practical solution for properties seeking to optimize density.
Whether installed in private residential garages or commercial storage yards, this four-post mechanical lift streamlines vehicle retrieval. Its heavy-duty steel structure, mechanical safety locks, and synchronous chain alignment system ensure reliability in high-capacity environments.
Offering loading capacities of 2300kg or 2700kg, this lift accommodates standard sedans and heavy SUVs alike. With a maximum lifting height of 2100mm, it doubles the parking capacity of a single standard stall.
The column heights are customizable, allowing developers to adapt the system to specific indoor ceiling clearances. This lift is widely used in residential garages, valet parking zones, and commercial offices, balancing space efficiency with user safety.
The Tilting Parking Lift is engineered for spaces with restricted overhead heights, such as low-clearance residential basements. The platform tilts at an angle to park vehicles within tight vertical envelopes.
With adjustable lifting heights ranging from 1400mm to 1800mm and a loading capacity of 2000kg, this space-saving configuration enables parking in spaces that cannot accommodate standard vertical car lifts.
The Multi-Level 2-6 Levels Automatic Puzzle Parking System is a cost-effective, semi-automatic parking solution. Using a grid configuration of vertical lifting and horizontal sliding platforms, the system enables independent access to any stall.
The system can be installed either indoors or outdoors and is customizable to fit available site dimensions. Operating on integrated PLC systems, it accommodates both sedans and SUVs, making it a reliable option for commercial and residential developments.
This double-rail vertical lift handles both vehicle and heavy freight transportation between floors. Its pitless design simplifies installation in showrooms, warehouses, and factories, reducing civil construction costs.
The platform dimensions, load capacities, and travel heights are customizable to meet specific building layouts, ensuring smooth and reliable vertical logistics.
The Quad-Level Car Stacker is a four-post parking lift that stores up to four vehicles vertically. Designed for automotive storage facilities, logistics centers, and large-scale operations, it significantly increases parking density.
Built with heavy-gauge steel columns and a robust mechanical locking grid, it can also be configured as a three-level system to adapt to varying building clearances and ceiling heights.
This underground double-deck scissor lift is customized to fit specific pit dimensions. Popular in high-end residential projects and villas, it conceals two vehicles below ground level to preserve surface space and landscaping.
The upper platform can be finished with materials that match the surrounding driveway or lawn, combining structural utility with clean architectural aesthetics.
Powder Coating Lines: Our modern electrostatic powder coating lines provide uniform, durable finishes with low VOC emissions, protecting components from weathering and corrosion.
Wastewater Treatment Systems: We engineer industrial and domestic water recycling systems, reverse osmosis units, and filtration solutions to help facilities optimize water management and comply with local environmental standards.
The mechanical parking industry is evolving to meet urban density requirements and the growth of electric vehicles. Key trends shaping the future of intelligent parking systems include:
Integrating automated electric vehicle (EV) charging stations directly into sliding and lifting platforms. Cable management and dynamic contact points enable safe charging while platforms move.
Connecting PLCs to cloud-based monitoring networks allows for predictive maintenance, remote system adjustments, and real-time fault tracking, minimizing system downtime.
Applying smart sorting algorithms to analyze vehicle retrieval patterns. The system pre-positions frequently used vehicles near ground level to shorten wait times during peak hours.
Here are technical answers to common queries regarding compliance, site dimensions, utility requirements, and shipping logistics.
For standard 2-post and 4-post parking lifts with capacities between 2000kg and 3000kg, the standard requirement is a minimum concrete thickness of 150mm (6 inches) of reinforced concrete, rated at C25/C30 (3000 PSI). The concrete must be fully cured (typically 28 days post-pour) before anchoring. Pit systems and heavy multi-level puzzle systems require custom foundation plans with reinforced structural slabs, which we provide during the engineering phase.
While CE certification is specifically required within the European Economic Area, its standards (such as EN 14010) are recognized globally as a benchmark for machinery safety. In regions like Latin America, the Middle East, and parts of Asia, CE certification simplifies the local approval process. For countries with specific national codes (like UL/CSA in North America or AS/NZS in Australia), we customize components—such as control panels and wiring—to meet those local standards.
We recommend the following routine maintenance intervals:
Yes, our systems are highly customizable. Standard platforms accommodate sedans with heights up to 1550mm and weights up to 2000kg. For SUVs, we offer configurations with vertical clearances of 1850mm to 2100mm and load capacities of 2500kg to 2700kg. Platform widths can also be adjusted to accommodate wider luxury SUVs and electric vehicles.
For outdoor applications, we offer two main surface treatments:
Browse our certified product range, including scissor lifts, multi-level puzzle platforms, and heavy-duty four-post stackers engineered for global distribution.
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