Welcome to Haiyue Technology Group Co., Ltd.!
EN
Home
Company Overview
Group Overview
Team Introduction
Production base
Corporate culture
Service Philosophy
Honors and Qualifications
Products and Services
Product Introduction
After-sales service
Project Cases
Collaboration Model
International Cooperation
Domestic Cooperation
News Center
Group News
Notices and Announcements
Video Section
Leave a Message Online
Contact Us
Welcome to the official website of Zhijin County Huakang Hospital Co., Ltd.
24-hour hotline: 400-676-2628
.
PRODUCTS
Automotive lift
Vertical circulation-type automated parking system
Vertical-lift and lateral-movement type automated parking equipment
New-type vertical-lift automated parking system
Vertical-lift type automated parking system
Simple lift-type automated parking system
Horizontal circulating type automated parking system
Multi-level rotary-type automated parking system
Flat‑moving type automated parking system
Aisle-type automated parking system
+
PDX multi-level rotary parking system
The device’s motor drives the transmission mechanism via a reducer. Along the traction chain, parking brackets are mounted at regular intervals; when the motor is activated, these brackets move in a continuous loop with the chain, enabling automated vehicle storage. The system operates smoothly, with no vibration or noise, and offers flexible configuration. It eliminates the need for ramps, saving floor space, and enables fully automated vehicle retrieval and storage—quick and convenient. It is ideally suited for sites with elongated topography where only a single access point can be accommodated, such as plazas, underground levels of buildings, beneath overpasses, or under sidewalks.
PCS Vertical Lift-Type Automated Parking System
Standard vertical‑lift parking systems, commonly known as elevator‑type parking towers, employ principles and structures similar to those of elevators. These systems are characterized by their compact footprint: typically arranged in two‑car levels, they offer high vehicle capacity and exceptionally efficient land use, with a maximum space requirement of just one square meter per vehicle on average. During operation, they generate minimal vibration and low noise. This type of system is well suited for projects in areas with limited land availability, such as high‑rise office buildings, residential complexes, hospitals, and mixed‑use commercial developments.
PXD Aisle-Stacking Type Automated Parking System
This parking system employs aisle‑type stacker cranes to move vehicles—both horizontally and vertically—into designated storage bays, while a retrieval mechanism handles vehicle access. It meets the requirements of above‑ground or underground parking facilities ranging from two to seven levels, and can be configured for outdoor (typically in a fully enclosed design), indoor, surface‑level, or underground installation, enabling automated, rapid, and secure vehicle storage and retrieval.
This equipment combines the advantages of vertical‑lift, aisle‑stacking, and flat‑travel parking systems. It accommodates both above‑ground and underground parking facilities ranging from two to sixteen levels, while enabling multiple vehicles to be parked on each level. Depending on site dimensions and ceiling height, it makes full use of three-dimensional space to achieve high‑density parking.
PSX horizontal carousel-type automated parking system
This type of parking equipment employs a horizontally circulating parking‑space system to store and retrieve vehicles, thereby providing mechanical parking. It eliminates the need for entry and exit lanes typical of conventional surface parking lots, enhancing land-use efficiency, and is particularly well suited for narrow, elongated sites. When installed in a basement, such systems not only obviate the requirement for access ramps and boost space utilization but also reduce exhaust emissions, lower pollution levels, and cut ventilation‑related costs.
PPY planar-movement type automated parking system
It employs principles and a structure similar to those of automated storage warehouses: each level of the system is equipped with at least one lateral‑moving vehicle responsible for storing and retrieving vehicles on that floor, while elevators connect the various parking levels to the entrance and exit. Multi‑level flat‑traveling parking systems can be constructed above ground or underground; they are safe, reliable, highly automated, offer high vehicle‑access efficiency, and maximize space utilization. They are primarily used in large parking facilities, particularly in situations where both parking spaces must be provided and the ground surface needs to accommodate landscaping, sculptures, or other aesthetic enhancements.