Cherish
Cherish
Cherish, a leading enterprise dedicated to providing high-quality equipment and solutions to global customers, has journeyed through 15 years since its inception. We have always adhered to the core values of "integrity, innovation, quality, and service," focusing on the research, development, manufacturing, and sales of car parking equipment, wastewater treatment equipment, and fully automatic spray coating equipment, aiming to create greater value for our customers.
Over the last decade and a half, modern urban environments have experienced massive architectural transformations. As surface spaces become scarce, subterranean engineering and circular rotation mechanisms have evolved from futuristic concepts into structural requirements. This shifting urban paradigm drives Cherish to pioneer high-capacity underground parking platforms that secure vehicles safely below ground while maximizing surface utility.
Navigate through our comprehensive engineering categories, ranging from standard mechanical lifts to heavy industrial water reclamation units and automated finishing machinery.
In highly congested global metropolitan areas—such as Tokyo, London, Munich, and New York—space is the ultimate commodity. As real estate development intensifies, zoning laws and municipal ordinances restrict surface vehicle parking. Architectural planners and logistics enterprises are rapidly turning to underground rotating car elevators and round subterranean parking platforms to maximize spatial efficiency.
Unlike standard linear car elevators, Round Underground Parking Lifts incorporate a integrated turntable platform. This allows vehicles to be lowered into subterranean vaults and rotated simultaneously. This rotation feature eliminates the need for complex, multi-point turnaround maneuvers in tight underground corridors. By facilitating head-first parking and head-first exit, these specialized systems dramatically reduce the risk of structural collisions while minimizing the required pit envelope.
Cherish is not simply a mechanical fabrication workshop; we are a multi-disciplinary engineering provider. Our core research spans across three specialized modern sectors:
We offer a comprehensive variety of parking systems, including mechanical stackers and intelligent automated structures. Renowned for their reliability, ease of operation, and structural safety, these systems effectively alleviate parking strain in urban environments.
Committed to municipal and industrial sustainability, we deliver efficient, energy-saving solutions. Our portfolio includes integrated bioreactor systems, MBR membrane systems, and sludge dewatering equipment designed for environmental preservation.
We build automated spray-painting lines and advanced powder recovery systems. Widely utilized in automotive manufacturing, home appliances, and machinery components, they provide highly uniform, eco-friendly metal finishing.
Cherish has always upheld the principle of "quality as the foundation," strictly controlling every step from raw material procurement to final assembly to ensure that product quality meets international standards. We have obtained multiple global safety certifications, including ISO9001 Quality Management System Certification and CE Certification, and our products are exported to many countries and regions worldwide.
Compliance is paramount in underground mechanical design. Pit parking lifts operate under high pressures and support significant dynamic loads. To protect both structural integrity and user safety, our engineering utilizes multiple redundancy layers:
As a global supplier based in China, Cherish leverages unique manufacturing strengths to deliver elite-tier equipment at competitive prices. Our operational efficiencies directly translate to cost savings and higher product quality for our global clients.
Our strategic manufacturing base allows us to manage costs effectively. First, we maintain close proximity to major domestic steel plants, allowing us to source premium structural materials without high domestic freight costs. Second, our fully integrated manufacturing facility handles raw material cutting, welding, shot blasting, painting, and electronics programming in-house. By eliminating third-party processors, we maintain absolute quality control and reduce assembly timelines.
Additionally, our advanced fully automatic spray coating lines apply uniform, baked powder coatings. This process is much more durable than wet paint, providing excellent protection against corrosion in humid underground installations. These integrated efficiencies allow Cherish to deliver highly durable parking lifts on shorter lead times compared to Western European or American manufacturers.
Cherish round underground lifts, pit stacking mechanisms, and automated coating plants are deployed across diverse global environments, each custom-engineered to meet specific regional requirements.
In residential areas, keeping a clean streetscape is essential. Subterranean parking preserves lawn space, historic facades, and open walking areas. For commercial showrooms and premium car collectors, these lifts function as high-tech displays, bringing classic or high-performance vehicles up from a hidden underground showroom at the touch of a button.
In addition, our industrial water treatment lines complement underground garages. Since subterranean garages often require water filtration to manage runoff from vehicles, installing a Cherish MBR or Reverse Osmosis system ensures the facility meets local environmental wastewater regulations.
For engineering departments, structural architects, and commercial developers, procuring subterranean parking machinery requires careful consideration of key technical parameters. Below are the primary specifications that need to be defined before requesting a custom quotation:
Our standard models range from 2000kg (ideal for sedans and light sports cars) up to 3000kg-4000kg (essential for large SUVs, EVs, and light commercial vehicles). Ensuring an adequate safety margin is key, particularly given the heavy battery weight of modern electric vehicles.
Installing an invisible, underground double-deck lift requires a concrete pit of precise depth (typically 3000mm to 3500mm). The pit floor must be engineered to withstand high concentrated dynamic loads, with proper drainage channels built-in.
Since underground spaces naturally accumulate moisture and dust, our fully automatic powder coating process provides a durable finish. This thick, baked-on layer offers far superior scratch and corrosion resistance compared to traditional liquid primers.
Cherish provides detailed engineering drawings and CAD files during the design phase to simplify integration for your local general contractors.
As smart cities evolve, mechanical lifts are transitioning into fully connected automated systems. The integration of Internet of Things (IoT) sensors, variable frequency drives (VFDs), and smart diagnostics represents the next step for this industry. Cherish is currently investing in several key development areas:
With electric vehicles rising globally, parking systems must offer integrated charging capabilities. Designing charging cables that bend and move safely during platform lifting and lowering is a major focus for our engineers. This feature allows vehicles to charge safely while stored in their subterranean spots.
By connecting control systems to the cloud, our service teams can remotely monitor operations, track lift cycles, and identify potential issues before they cause downtime. This system provides operators with real-time diagnostics and preventive maintenance schedules.
Underground installations require reliable safety designs to handle extreme events. Advanced sensors detect seismic movement or rising water levels, automatically raising the platforms to the surface to protect the vehicles from damage.
By using counterweighted lifts and high-efficiency hydraulic valves, energy consumption can be reduced by up to 30%. This helps operators lower long-term utility costs and supports the development of greener buildings.
Review detailed answers to the technical, logistical, and structural questions most commonly asked by our commercial clients and engineering partners.
