A parking garage lifting system is a great way to maximize storage space. Custom car lifts can help you best use your parking garage’s space. A parking garage lift system can also reduce the costs of building a drive aisle, elevator, and ramps.
The unique retrieval system reduces the time a driver spends waiting for their vehicle. The system detects when a vehicle is parked, lifts it, and rotates it inside the rack structure. Once the car is locked in the Load Bay, the driver simply taps their key FOB on strategically placed readers to identify and retrieve their vehicle.
The system is built on a modular, scalable architecture that allows endless design possibilities. The system uses a Siemens automation parker, world-class controls, industrial-rated electric motors, and HD IP cameras.
Stacker parking lifts are an excellent way to maximize your parking space. Most houses do not have an adequate garage, and finding an ideal location for your car can be difficult. These parking lifts allow you to stack your cars in multi-level towers, saving space and money.
These parking lifts have a simple structure that makes them easy to install and use. They are easy to operate and maintain, thanks to their hydraulic drive and convenient assembly distribution. A detailed instruction manual comes with each set of equipment, making installation simple.
Custom car lifts are a great way to use available space in a parking garage. They can be quickly installed and don’t require raising ceilings or demolishing walls. These systems also make the most efficient use of available space. They are also very secure.
Two-post car lifts are commonly used in parking garages. These car lifts have two heavy-duty posts on each side. These lifts take up the least space possible, making them ideal for parking and long-term storage. They also allow for complete access underneath the vehicle. Unlike the four-post lift, a two-post car lift does not hold a vehicle for long periods.
APS reduces the cost of building ramps, elevators, stairs, and drive aisle
APS can reduce the cost of building ramps, elevators, stairs, and drive aisles by up to 40%. This technology allows for installing an automated signal that tells drivers when pedestrians are ready to cross. The pedestrian signals must be audible and vibrotactile to provide timely warnings. The signals can be installed as close as possible to the departure curb, are operated from a level landing, and are positioned parallel to the crosswalk.
Another way to reduce the cost of building ramps, elevators, stairs, and drive aisle is by choosing a modular ramp. Modular ramps are made of modular sections that can be moved and re-installed. These are most commonly made of aluminum and are more lightweight than the other types. Permanent ramps are made of concrete, wood, or steel and require a building permit. The main difference between these two types of ramps is that permanent ramps cannot be repositioned after installation.