2/3/5-Line LD Laser Level

Outdoor strong flash and bright light source
2400 mah large capacity lithium battery
lasts 3.5 hours
The thickened aluminum structure dissipates heat faster and more accurately for a longer time
Thicken the base
Smart chips measure more accurately

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Product Details

Specification

About Us

Nantong HDL Electric Tools Co., Ltd.

Nantong HDL Power Tools Co., Ltd. was established in 2004. It is a China 2/3/5-Line LD Laser Level Manufacturers and Wholesale 2/3/5-Line LD Laser Level Suppliers. As a member of Qidong Power Tools Industry Association. Nantong HDL Power Tools Co., Ltd.covers an area of 6,600 square meters, with a factory space of 4,200 square meters. It possesses industrially standardized facilities and state-of-the-art production and testing equipment. Moreover, it boasts a team of middle and senior-level managers as well as technical experts. The company specializes in the research, development, and manufacturing of integrated optoelectronic laser measurement technology and is committed to leading advancements in laser measurement and intelligent technologies. It provides professional solutions for construction, digitalized buildings, and industrial intelligent equipment.

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News

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Industry knowledge

How does the 2/3/5-Line LD Laser Level's self-leveling mechanism work?

The self-leveling mechanism in a 2/3/5-Line LD Laser Level is a critical feature that ensures accurate and convenient leveling of the laser lines. The mechanism typically involves the use of internal components like a pendulum system or electronic sensors to maintain the level of the laser lines automatically.

1. Pendulum System:

Many laser levels use a pendulum-based system for self-leveling. The laser level contains a pendulum inside, and this pendulum is equipped with a leveling sensor. When the unit is turned on, the pendulum is free to move within the housing.

2. Leveling Sensor:

The leveling sensor is a crucial component that detects the orientation of the pendulum. If the laser level is not perfectly level, the sensor detects the tilt or deviation from the level position.

3. Motorized Adjustment:

Upon detecting any tilt or deviation, the leveling sensor activates a motorized mechanism. This mechanism adjusts the position of the laser module to bring it back to a level position. The adjustment is typically done by tilting or rotating the laser module until the lines projected are level.

4. Feedback Loop:

The self-leveling system operates in a continuous feedback loop. As the motorized mechanism makes adjustments to the laser module, the leveling sensor continues to monitor the position of the pendulum. The process is repeated until the laser lines are perfectly level.

5. Range of Self-Leveling:

The self-leveling mechanism is designed to work within a specified range, usually a few degrees of tilt. If the surface on which the laser level is placed is within this range, the unit will automatically level itself. If the tilt is beyond the specified range, some laser levels may indicate an error or disable the laser projection until placed on a more suitable surface.

6. Initialization:

When the laser level is powered on, it typically goes through an initialization process. During this phase, the self-leveling mechanism ensures that the internal components are ready for operation and that the laser lines are adjusted to a level position.

7. Locking Mechanism (Optional):

Some laser levels come with a manual locking mechanism that allows users to lock the leveling system. This is useful when the laser level needs to project lines at an angle or when the unit is transported to prevent any damage to the internal components.

How does the 2/3/5-Line LD Laser Level maintain precision over varying distances?

The precision of a 2/3/5-Line LD Laser Level over varying distances is typically maintained through the use of advanced optics and leveling mechanisms.

Self-Leveling Mechanism:

Many modern laser levels, especially those with multiple lines, come equipped with self-leveling mechanisms. These mechanisms use pendulum systems or electronic sensors to automatically level the laser line within a certain range. This ensures that the laser lines are always horizontal or vertical, maintaining accuracy even if the device is not perfectly level.

Internal Pendulum System:

The laser level may incorporate a pendulum system that helps maintain a consistent level reference. As the device is moved or adjusted, the pendulum reacts to changes in orientation, automatically adjusting the laser to maintain a level line.

Digital Leveling Technology:

Some laser levels use digital leveling technology, which involves electronic sensors and processors. These sensors constantly monitor the level of the device and make real-time adjustments to the laser lines. This enhances precision over varying distances and conditions.

Optical Components:

High-quality optics play a crucial role in maintaining precision. The laser diodes and lenses are designed to produce sharp, clear, and accurate lines. The collimation of the laser beam ensures that the lines remain consistent over different distances.

Advanced Calibration:

Laser levels are carefully calibrated during manufacturing to ensure accuracy. Calibration includes aligning the internal components and optics to guarantee that the laser lines are projected precisely as intended.

Distance Locking Mechanisms:

Some laser levels have features to lock the laser lines at a specific distance. This can be useful in situations where maintaining a specific distance is critical for accuracy. Users can set the laser level to a particular distance, and the device will maintain the lines accordingly.

Temperature and Environmental Compensation:

Advanced laser levels may include temperature and environmental compensation features. These features account for changes in temperature and atmospheric conditions, ensuring that the laser lines remain accurate under different environmental circumstances.

Quality Construction:

The overall construction and build quality of the laser level contribute to its precision. Sturdy materials and precise manufacturing help maintain alignment and prevent deviations that could affect accuracy.

Phone: +86-13962813701

Tel: +86-0513-83278888

Fax: +86-0513-83271444

E-mail: [email protected]

ADD: Toubu village, Zhaomin town, qidong city, jiangsu, China.

Name	JG03-2	JGO3-3	JGO3-5
Emitting laser:	1V1H	2V1H	4V1H
Laser wavelength:	515nm	515nm	515nm
Laser power:	30mw	30mw	30mw
Vertical line accuracy:	±1mm/5m	±1mm/5m	±1mm/5m
Horizontal line accuracy:	±1mm/5m	±1mm/5m	±1mm/5m
Automatic anping correction:	±3°	±3°	±3°
Line width:	5m/2mm	5m/2mm	5m/2mm
Working temperature:	-20℃~60℃	-20℃~60℃	-20℃~60℃

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