Dock Lifts keep trucks level when loading allowing for more efficient transfers of cargo. Lifts can be built to accommodate a variety of truck styles from standard vans and pick-ups, high cube and semi trucks.

Lifts in rough water locations may require more heavy-duty equipment. For example, stronger arms, mechanisms, bolts and bushings to withstand vibration and harsher weather conditions.

Cradle lifts are one of the most common and popular types of boat lifts. They support a vessel securely from beneath, preventing damage and enhancing the resale value of your watercraft. Unlike boat slings, cradle lifts distribute your boat’s weight evenly as it is lifted. This eliminates strain and chafing to the hull that can occur with slings, which can cause expensive damage to your boat. Cradle lifts also allow you to customize the way your watercraft is supported based on the shape of the hull and your dock setting.

When paired with a custom dock deck, a cradle lift maintains a sleek and modern look to your boathouse or dock. They also eliminate the need for unsightly bearings and drive shafts that are typically exposed with sling lifts, which makes them more aesthetically pleasing.

Boaters who use sling lifts often experience problems with the straps that secure their boats to the lift, including:

When heavy summer storms hit, your watercraft can swing within the slings and knock into your dock, which can result in costly damage. In addition, slings can be swept away by changing weather conditions, making them unreliable for most waterfront settings. In contrast, cradle lifts can be customized to your dock’s location and designed to withstand changing weather conditions. They can also be used in deeper water, so they’re the ideal choice for homeowners with a variety of water depths and watercrafts.

Piling Lifts

Pile Lifts mount directly to properly spaced pilings that have been driven into the lake bottom or ocean floor. This type of lift has a lot of flexibility as it can be installed almost anywhere, including on a seawall or bulkhead. This allows us to offer a large variety of options for personal watercraft lifts. These are also a great option for those who want to install a dock but don’t have the space for a full sized boat house.

These lifts are usually built using 3/4″ anchors and have shear or pull out values in the 10’s of thousands of pounds per anchor. These are a very strong lift and can withstand the stresses that will be put on them by the weight of a large motorboat.

The simplest type of piling lift is the 2 piling model. This lift is mounted on two pilings which are in the ground. This lift is very easy to operate. It can be raised and lowered with the push of a button. It can also be locked in a certain position with a simple chain system. This lift is very safe and can easily accommodate a wide range of personal watercrafts.

This type of lift has a lot of advantages over the 3 or 4 pile models, which are more common in many areas. It is very affordable and can be installed in a short amount of time. This lift can also be used in a small area. The only drawback to this lift is that it doesn’t have the capacity of a larger, more expensive lift.

Pile Hoists are designed to bring the cutting material to a convenient working height for loading and unloading. They are the perfect complement to the EUROCUTTER high-speed cutters. They relieve the operator’s strain, improve ergonomics, and avert efficiency losses caused by tiredness. Pile hoists can be serially equipped at the SHPA type with a light barrier for automatic height control.

Another benefit of the pile lift is that it does not require a large footprint, which saves a lot of valuable shoreline. It is also easier to maintain, since there are no parts of the lift that remain in the water. This eliminates the risk of electrolysis and marine growth on the lifting cradle.

Hydraulic Lifts

Hydraulic lifts are an extremely versatile and efficient method of lifting loads in warehouses, shipping containers and more. They use the same principles as the hydraulic systems in cars and forklifts to transfer energy to raise heavy objects. Basically, they use the principle that liquid is incompressible (you cannot decrease its volume by applying force to it). When you apply force to a piston inside a cylinder filled with hydraulic fluid, the pressure increases. That pressure is then transmitted to another piston, causing the object to be lifted.

In most cases, these lifts use a pump motor to move hydraulic fluid from the reservoir to the cylinders and generate the necessary force. The power from the pump is regulated by a control valve, which ensures consistent and accurate operation.

Once the lift car has reached a desired level, a pressure-compensated control valve allows the hydraulic fluid to drain back into the reservoir. This reduces the amount of energy needed to lift the load and controls the speed at which it descends.

While hydraulic lifts offer several benefits, they must be inspected and maintained regularly. This is especially important since the system uses high-pressure fluid that can leak out of the cylinders if it is not properly sealed and maintained.

Dock hydraulic lifts are used to position and transport oversized and heavy cargo in a variety of industries, including automotive, marine, manufacturing and mining. These lifts help reduce injuries caused by manual lifting and transporting of oversized items and equipment. In addition, they are more precise and accurate than other lifting systems.

The most common type of hydraulic lift is a vehicle lift, which uses two-post, four-post or scissor designs to lift cars and trucks for repairs, service or storage. These lifts are typically built into a dock, although mobile versions and pit-style models are available.

Smaller hydraulic lifts include tools like pallet jacks and small lift tables that are operated with a foot pedal and manually pumped to raise and lower loads. These lifts have a higher initial cost than electric hydraulic lifts, but they can save money on energy costs and maintenance costs over time.

Floating Docks

Floating docks provide a way for people to easily get on and off boats and other watercrafts. They are commonly found in residential waterfront properties and other recreational settings like lakefront resorts, summer camps, and other outdoor areas.

Besides providing a way to move between land and water, floating docks also offer a space for people to relax or engage in other activities such as fishing, swimming, kayaking, or grilling. Moreover, some of these structures feature ramps for easy boat launch. They can also be designed to accommodate people with mobility challenges, including wheelchairs and those using canoes or paddleboards.

One of the biggest benefits of floating docks is that they are easy to install and relocate. This makes them ideal for shorelines that experience frequent changes in the water level. They are also more affordable than fixed docks with piles or legs. Moreover, they can be built from different materials like wood, aluminum, or plastic. These systems can also be designed with features like slip-resistant surfaces, cleats, power and electrical supply, and other safety and security components to enhance functionality and user-friendliness.

Another benefit of floating docks is that they require very little maintenance. They are designed to adjust with water levels so they don’t need regular sanding or staining, which is a common concern for many property owners. Most of these structures are made from durable materials, such as polyethylene, which are resistant to fading and can be cleaned with soap and water. They can also withstand harsh weather conditions, including freezing temperatures.

Lastly, floating docks can be used in any environment and are available in various capacities to suit the specific needs of each facility. They are a good choice for applications that need to transfer loads between different levels, including truck trailer heights and loading dock levels. They can also be equipped with push-button controls and limit switches to facilitate safe operation. Additionally, they can be backed by an industry-leading warranty and supported by a global network of service professionals to ensure maximum performance and longevity.