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Ready to ShipAutomatic laser levels come in different types. In choosing which one to get when buying in bulk, it is important to consider the kind of project it will be used for and the budget, among others.
These laser levels project a complete 360-degree plane around a job site or work area. Manual and self-automatic rotation happens in this type of laser level. Automatic rotation occurs using a laser beam that continuously rotates horizontally or vertically. The laser beam will simply lock and not need an adjustment. However, in manual rotation, the users will have to do the rotating.
Rotating laser levels are perfect for large jobs or outdoors where there are lots of bright light because of the stronger beam. This kind of beam extends to up to 1,000 feet and can be seen at the most daylight.
This type of laser level provides a few lines of laser at certain angles, projecting a few straight lines on the surface. This laser level is most often used for indoor and small projects, such as laying tiles, installing shelves, and for other construction jobs that need accuracy.
Pull laser levels are used with an accompanying receiver. This level works well when there is limited visibility, which makes it ideal for large-scale outdoor projects. Although this is considered the older version of the laser level, it remains reliable for long-distance work.
The materials and durability of an automatic laser level will determine how reliable and effective the laser level in the long run is. The most common materials used in laser levels and their respective durability characteristics are as follows:
Plastic housing is commonly used by laser levels because it is lightweight. As mentioned, one of the criteria for being a good laser level is water resistance. Because of its lightweight, it can be easily transported from one place to another. Generally, plastic housing will not break if dropped, but over time it will wear down. Comparative to metal housing, it might not be as durable as a plastic enclosure, but it will be able to withstand different weather conditions. This type of housing is usually found in laser levels for small projects and home use.
Usually, metal housings are made of aluminum or magnesium alloy. While heavier than plastic housing, these materials have higher durability levels and can withstand extreme situations, among other benefits. They will not wear down as easily as plastic housing and are also often designed with weather and moisture resistance. Because of these attributes, this housing type is usually found in construction and engineering laser levels for accuracy and durability needs.
Rubber coating is usually on top of plastic or metal housing to provide extra protection. This coating serves the dual purpose of protecting such equipment from shock and impacting damage and making it weatherproof. It also makes the housing slip-resistant. This type of housing is common in laser levels designed for construction work and outdoor applications.
IP or Ingress Protection ratings are awarded to laser levels tested and proven to be dust and water-resistant. Most laser levels used outdoors or in adverse conditions carry an IP rating. One common example is IP65, which means the device is completely dust-tight in addition to being water-resistant for at least 15 minutes.
The laser level, aside from its value in residential application, is widely used in commercial applications. With accuracy and efficiency, laser levels are perfect for a number of construction and engineering tasks. Some of these commercial applications are as follows:
Automatic self-leveling laser levels are widely used in the construction industry for grading, aligning structures, and positioning. General contractors employ them to maintain level foundations, walls, and ceilings and ensure straight alignment in large construction projects. In addition, construction workers use these levels for excavations and ensuring proper drainage system gradients.
Laser levels help with the installation of heating, ventilation, and air conditioning (HVAC) systems. Contractors can use laser levels, for example, to install ductwork to maintain level and proper positioning. This ensures efficient airflow and system performance.
Electrical wiring and installation of plumbing systems require a lot of accuracy, which can be provided by laser levels. Electricians use these tools to install lighting, drop ceiling, and level circuits, which are important for maintaining the building's overall structural integrity. In the same way, plumbers use automatic self-leveling laser levels to install pipes, making sure they have the right angles and level casing systems.
Automatic laser levels are also applied in outdoor landscapes. They are used to grade yards, ensuring proper drainage, and planting trees, among many other uses. For example, landscapers use laser levels to create level patios, walkways, and retaining walls. They are integral tools for achieving professional and aesthetically pleasing outdoor environments.
Automatic self-leveling laser levels are widely used in site grading and excavation operations. They provide highly accurate measurements for heavy machinery operators, such as bulldozers and excavators, to achieve the desired grading and excavation results. This minimizes human mistakes. Construction site layouts widely apply laser levels to create precise drainage systems, ensure effective water flow, and prevent pooling and other drainage issues.
Choosing the most appropriate laser level among available options will depend on the specific requirements of the project and the preferences of the users. Below are the factors to consider when choosing which automatic laser level to buy:
Automatic self-leveling laser levels are used for flat surface applications. This feature eliminates the need for manual adjustments, which can lead to inaccuracy. Such levels are ideal for large surfaces such as floors and walls, where precision is integral. On the other hand, pendulum laser levels need to be manually leveled. Even though they are not as accurate as self-leveling laser levels, they would still do good for small projects where only a little leveling is needed.
Laser levels operate in various color classes. Red lasers are traditionally preferred for interior work because they are more cost-effective. Interior work, however, can still use blue lasers for more visibility. The latter, though, is more expensive. Exterior work will use laser levels that have enhanced visibility for optimal performance under bright light.
Low-end laser levels can range from 50 to 100 feet, which is an ideal range for small, low-end projects. High-end laser levels can go up to 1,000 feet. If working on small interior projects, there's no need to get a laser level with high range. A basic laser level that works for these kinds of projects is good enough. But if the project involves large outdoor work, it is best to choose an automatic laser level engineered for high visibility and strong range.
Higher IP ratings indicate that the laser level is protected against moisture and dust. This means that levels designed for outdoor use will have higher IP ratings to protect them from rain, dust, and other environmental elements. An example of a laser level that would be perfect in this situation is one that has IP65 ratings and above. These are designed to withstand harsher conditions.
Although several factors must be considered to ensure that the most appropriate laser level is chosen, there are budget constraints as well. Generally, less expensive models will do just fine for smaller domestic applications. However, if the project is a large construction project, for example, there might be a need for more advanced levels with increased range, accuracy of measurements, and better types of laser that may cost more.
A1. An automatic laser level tool works using a revolving laser beam. This beam establishes reference planes in horizontal and vertical orientations from a single point to enhance accuracy in many ways.
A2. Laser levels are usually used for aligning and leveling surfaces in construction and other works. They provide accurate measurements for laying floors, installing shelves, cabinetry, and tile, among others.
A3. A transit level uses a traditional method of leveling. In contrast, a laser level uses a laser beam to establish leveled lines and points. Hence, laser levels have greater accuracy and more applications than transit levels.
A4. Laser levels are more accurate than traditional levels. Traditional levels may be used for simple projects, but laser levels would be better for projects that require much more accuracy.
