Qingdao Cherish is a premier integrated industrial and trade enterprise dedicated to the state-of-the-art design, comprehensive manufacture, and global supply of intelligent parking equipment and industrial surface processing systems. Backed by solid structural engineering capabilities, modern automated manufacturing facilities, and extensive international deployment experience, we deliver high-reliability systems built to withstand the demands of modern urban infrastructures.
Founded by a team of structural engineers, automation experts, and international business leaders, the company operates under a clear, unified mission: to provide spatial efficiency, durability, and sustainable equipment solutions through constant engineering innovation, structural precision, and responsive client partnership. From initial site layouts, CAD design, and technical engineering evaluations to factory testing, logistics, and onsite installation oversight, we maintain stringent compliance benchmarks across every project lifecycle.
We operate two dedicated divisions equipped with specialized engineering tools and production facilities to guarantee tailored technical expertise for diverse global applications.
Our Parking Systems Division specializes in the design, testing, and volume production of mechanical car parking lifts, multi-level automated puzzle parking systems, rotary systems, and fully custom underground scissor car elevators. Focused on maximizing volumetric space utilization while optimizing user cycle times, our systems are widely implemented across major residential complexes, commercial developments, municipal facilities, and regional health centers globally. Every structural layout is verified with finite element analysis (FEA) to guarantee structural safety and prolonged operational lifecycle.
Our Industrial Equipment Division provides advanced structural powder coating lines and integrated industrial wastewater treatment systems. Engineered to optimize material utilization, reduce operational expenses, and ensure compliance with stringent regional environmental protection laws, these systems incorporate advanced automation controls and premium materials. Our solutions aid global manufacturers in achieving uniform coating finishes while meeting modern environmental criteria and regional zero-liquid-discharge (ZLD) directives.
Within mechanical parking engineering, structural stability and public safety are paramount. In the European Economic Area (EEA) and major international markets, conformity with EN 14010 (safety requirements for power-driven parking equipment) is the legally mandated baseline. This standard defines rigorous safety regulations addressing potential mechanical hazards, including crushing points, shearing actions, structural overload limits, and electronic safety redundancy.
A CE certified system manufactured at our Qingdao Cherish facility meets strict standards. We perform comprehensive risk assessments on key components, which include dynamic load tests up to 150% of the nominal capacity and static structural assessments. This ensures that every double-level two-post lift, quad-level stacker, and complex automated puzzle system we supply provides dependable, failure-free performance over long operational lifecycles.
China's smart manufacturing sector offers distinct advantages, combining scaled production, vertical supply integration, and advanced metallurgical technologies. Located in the port city of Qingdao, our plant has direct access to high-grade structural steel (typically Q355B or higher) from major state mills, reducing shipping costs and material lead times.
Furthermore, our integrated processing technologies—ranging from robotic CNC welding stations to our automated, high-efficiency powder coating lines—ensure high dimensional accuracy and reliable corrosion protection. By managing the manufacturing process from raw steel processing to final functional testing, we offer durable, cost-effective machinery without compromising on compliance or safety.
Global procurement specialists must evaluate mechanical parking systems beyond simple unit costs. Key engineering requirements include:
To support global partners, we provide comprehensive technical documentation, including 3D BIM models, anchoring details, electrical schematics, and structural calculation reports. During installation, our engineers provide remote supervision or onsite support to ensure anchoring and calibration align with the engineering specifications. After commissioning, we support maintenance teams with localized diagnostic plans, plug-and-play replacement modules, and digital troubleshooting manuals to minimize downtime.
The transition toward electric vehicles (EVs) requires a parallel shift in smart parking systems. Modern parking designs now integrate active fire-suppression systems, thermal monitoring, and automated EV charging connections. By utilizing smart variable-frequency drive (VFD) motors and advanced PLC pathfinding algorithms, modern parking systems minimize vehicle retrieval times and electrical consumption, contributing to lower operational carbon footprints.
The Triple-Level Parking Lift is a reliable solution for maximizing vertical storage capacity. Designed to accommodate both standard sedans and taller SUVs, this four-post stacker configuration optimizes space in commercial developments, car storage facilities, and private properties with limited footprints. Built with heavy-duty structural steel and featuring redundant hydraulic safety valves, it ensures secure multi-tier parking without requiring extensive civil modifications.
Offering nominal loading capacities of either 2300kg or 2700kg, the Double-Level 2 Post Lift is a space-saving solution for residential garages and commercial facilities. With a standard lifting height of up to 2100mm, it fits a variety of passenger vehicles. Column heights can be customized to match specific low-ceiling environments, while mechanical lock locks and dual hydraulic cylinders provide reliable operation.
Designed for low-clearance areas such as basement garages, the Tilting Parking Lift features a sloped platform that optimizes vehicle storage in tight configurations. With adjustable lifting heights between 1400mm and 1800mm and a lift capacity of 2000kg, this hydraulic system is built to safely store vehicles in challenging spaces.
The Multi-Level Puzzle Parking System is a customizable, automated solution that utilizes horizontal sliding and vertical lifting motions to stack and retrieve vehicles. Operated via a central PLC controller, this system accommodates a wide range of sedans and SUVs, offering an efficient, high-density parking solution for modern commercial developments and public transit hubs.
The Double-Deck Underground Scissor Lift is designed to keep vehicles concealed below ground level, maintaining clean visual profiles in residential lawns and villa yards. The upper deck can be customized to match surrounding surfaces, such as grass, stone, or concrete. Using a high-stability scissor lift mechanism, it provides an unobtrusive, space-saving parking solution.
Our automated powder coating lines represent a modern surface-finishing technology, designed to minimize VOC emissions while delivering durable coatings. By electrostatic charging and oven-curing dry powder, these lines form a uniform, resilient barrier against rust and mechanical wear. An integrated powder reclamation system recovers overspray to achieve high material efficiency, helping to reduce processing waste and operational costs.
Fully compliant with EU Machinery Directive 2006/42/EC and standard EN 14010. Tested and verified for occupational safety and public use.
Uses Siemens PLCs with integrated safety loops, light curtain sensors, and automated vehicle detection to prevent operational accidents.
Equipped with active mechanical anti-fall locks on each post, preventing accidental carriage descent in the event of hydraulic pressure loss.
Modular profiles and structures allow customized column heights, adjustable platform widths, and adaptations for varied slab capacities.
Components undergo grit blasting and zinc-rich priming before receiving a high-durability powder coat finish, offering long-term weather resistance.
High-efficiency hydraulic power units reduce noise levels and electrical consumption, suitable for indoor basement installations.
Cherish
