Cherish
Cherish
Cherish is a globally established, engineering-driven enterprise dedicated to the design, manufacturing, and supply of premium machinery and structural lifting mechanisms. Over the past 15 years, our brand has become synonymous with structural reliability, technological breakthroughs, and world-class industrial performance. Operating at the intersection of urban space constraints and cutting-edge mechanical automation, we continuously push the limits of modern structural design to solve high-density parking puzzles worldwide.
By adhering to our foundational principles of integrity, ongoing technical innovation, and exceptional lifetime customer support, we construct customized parking lift systems that seamlessly integrate with modern building infrastructure. Through our triple focus on mechanical parking lifts, automated eco-friendly spray coating equipment, and integrated waste-water systems, we ensure our global partners achieve higher performance, improved environmental compliance, and long-term cost benefits.
Unlocking vertical capacity without altering visual skylines: how subterranean dual-deck dual scissor mechanical lifts optimize municipal, commercial, and residential properties.
The dual scissor car parking lift is designed specifically to optimize spatial layout in settings where above-ground structures are restricted by local code, aesthetic considerations, or lack of space. By lowering cars into a concrete pit, the upper deck rests completely flush with the surrounding pavement when lowered. This design enables a dual-purpose parking environment: vehicles can be stored safely out of sight below ground, while the upper platform can either serve as an additional active parking space, drive-over traffic space, or be integrated into the surrounding landscape.
Unlike traditional post-based stackers, dual scissor lifts feature no vertical pillars above ground level. This removes visual clutter and enables seamless driveway access. It is the preferred mechanism for architects planning modern luxury residences, automotive showrooms, municipal facilities, and commercial complexes with strict architectural guidelines.
Built exclusively from premium high-tensile Q355B manganese steel plates. All structural load points undergo Finite Element Analysis (FEA) testing to verify fatigue life and dynamic stress limits under continuous operation.
Equipped with specialized master-slave hydraulic synchronization circuits, heavy-duty explosion-proof valves, mechanical anti-fall safety teeth, and automatic electromagnetic locks to prevent accidents.
Driven by intelligent Siemens programmable logic controllers, including photoelectric sensors, speed regulation, real-time height tracking, and safety sirens to ensure complete operation monitoring.
| Technical Specification / Parameter | Standard Configuration | Heavy-Duty & Custom Options |
|---|---|---|
| Lifting Capacity | 2,500 kg to 3,500 kg per platform | Up to 10,000 kg for commercial vehicles |
| Platform Usable Width | 2,100 mm to 2,400 mm | Customized up to 3,200 mm |
| Lifting Height | 1,800 mm to 2,200 mm (per deck) | Up to 6,000 mm for triple-deck systems |
| Platform Finish | Hot-dip galvanized wave plates | Heavy steel checker plate & powder coating |
| Hydraulic Power Unit | 3.0 kW to 4.5 kW Italian/Swiss system | Centralized industrial pump station |
| Operation Mode | Dead-man key switch / Button control | Remote control / RFID / PLC touch screen |
| Steel Grades Used | Q355B structural manganese steel | Custom high-strength performance alloys |
| Sync Controls | Precision mechanical balance bars | Integrated hydraulic master-slave system |
*Note: Because we operate our own manufacturing plant, every dimension, load limit, and aesthetic finish can be tailored to meet your local architectural requirements.
Operating out of our advanced production facility in China, Cherish controls the complete manufacturing process. This begins with primary structural fabrication using automated laser cutters and robotic welders, and continues through to final assembly testing. Controlling this entire value chain allows us to maintain strict quality standards, offering consistent performance at competitive price points.
A core asset of our manufacturing facility is our **proprietary, industrial-scale automatic powder coating line and large-scale curing oven**. Traditional liquid paint finishes can degrade quickly in damp, subterranean pit environments. To prevent this, our steel structural frames undergo automatic shot blasting to remove oxidation, followed by electrostatic powder deposition and high-temperature curing in our large-capacity oven. This creates a dense, impact-resistant, cross-linked polymer coating that protects against rust, corrosion, salt, and chemicals.
By controlling our primary steel supply, utilizing localized components, and integrating our own finishing line, we can withstand global logistics challenges. This setup ensures stable production, short lead times, and predictable delivery schedules for large commercial developments and international distributors.
Engineering solutions designed for durability, simple site preparation, and straightforward compliance with international safety regulations.
Integrating a subterranean dual scissor parking lift requires a concrete pit with reinforced retaining walls. We provide complete structural engineering drawings detailing dynamic loading values, anchor bolt configurations, and mandatory drainage sumps. Incorporating a sump pump prevents water buildup, protecting hydraulic cylinders, electrical wiring, and the steel structure from water damage.
Maintaining alignment is critical when lifting vehicles vertically on dual scissor configurations. Our systems utilize heavy-duty mechanical torsion bars coupled with hydraulic master-slave cylinders. If a platform goes out of level by more than 10 mm, the system's sensors immediately halt movement. This design prevents damage and protects operators from potential hazards.
All our lifting systems conform to the European Machinery Directive 2006/42/EC and standard EN 1493 (Vehicle Lifts). Each lift undergoes strict quality control, including a 125% dynamic load test and a 150% static overload test before dispatch. This ensures full compliance with local building inspections and safety standards worldwide.
For a standard sedan lift, the pit depth must be between 1,800 mm and 2,100 mm. For larger SUVs, the required pit depth increases to 2,200 mm - 2,500 mm. Pit width typically exceeds the platform width by 200 mm to 300 mm to clear structural guide rails and ensure safe clearance.
To prevent rust, we apply a multi-step finishing process: shot blasting to clean the steel, followed by an electrostatic powder coating cured in a large 200°C oven. This creates a dense, protective barrier. For highly humid or marine environments, we recommend a hot-dip galvanized finish. Incorporating a sump pump is also required to keep the pit free of standing water.
Our lifts feature mechanical drop-prevention locks that engage automatically at preset heights. If power fails, the platform locks securely in place. The hydraulic circuit is also fitted with explosion-proof safety valves. These prevent sudden drops if a hydraulic line is punctured, allowing the platform to be lowered manually and safely using emergency valves.
Yes. The top deck can be reinforced to carry regular light-vehicle traffic or designed to receive custom paving (such as grass, tile, or stone). This enables the lift to blend in with your driveway or garden path when lowered. Custom reinforcements must be specified during the engineering phase.
Standard lifts operate on a 3-phase, 380V/415V, 50/60Hz AC power source. We can customize the hydraulic power pack to support single-phase 220V power systems, though this slightly increases lifting cycle times. Controls are low-voltage (24V DC) for operator safety.
