Automatic Optical Level

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Automatic Optical Level

Automatic Optical Level

Model DAL

 
Features:

Large aperture

Wire-hung air dampened compensator

Built-in sighting scope and bubble vial

Soft control knobs

Horizontal circle in 360 degree or 400 gon

Infinite tangent screw

Standard 5/8 tripod connecting thread

 

Standard outfit:
Auto level, hard carrying case, plumb bob, lens cap, allen wrench, adjusting pin and instruction manual.

 

Ordering Information:

Model

DAL

Brand

GeoTech, Neutral Packaging or Customer’s brand

Place of origin

Made in China

M.O.Q.

12units

Lead time

7-10 work days

Payment terms

T/T, Paypal

Shipping terms

EXW, FOB, CFR, CIF,DDU

Shipping method

Courier, air, sea

Place of delivery

Worldwide

Packaging

1unit/box, 4units/carton

Free sample service

For qualified purchaser

Customized service

Yes. See below.

private label/logo printing

Instrument, carry case (MOQ:50units)

Inner box, outer carton (MOQ:50units)

User’s manual, black/white only (MOQ:50units)

appearance color

Black/yellow, black/grey, blue/grey (No MOQ)

Customer’s color (MOQ:100units)

mechanical assembly

360 degree or 400gon scale (No MOQ)

5/8” or Metric tripod connecting thread (No MOQ)

optical System

No

Electronic/Software

No


What is an automatic optical level used for?

 

An automatic optical level is a surveying instrument used to measure and establish horizontal planes with high precision. Its primary applications include:

 

1. Levelling

Site Preparation: Used in construction and landscaping to ensure that surfaces are level before laying foundations, roads, or other infrastructure.

Elevation Measurement: Helps measure differences in elevation between points to establish a consistent level plane.

 

2. Surveying

Topographic Surveys: Essential for mapping terrain and determining elevations at various points on a site.

Property Boundaries: Used to establish and mark property lines and boundaries accurately.

 

3. Construction

Building Foundations: Ensures that the foundation of a building is level and meets design specifications.

Road and Bridge Construction: Used to confirm that roadways, bridges, and other structures are built to the correct level.

 

4. Landscaping

Grade Control: Assists in creating and maintaining slopes and contours for landscaping purposes.

Irrigation Systems: Ensures that irrigation systems are level for effective water distribution.

 

5. Civil Engineering

Infrastructure Projects: Utilized in large-scale civil engineering projects, such as dams, tunnels, and pipelines, to ensure proper alignment and levelness.

 

6. Utilities and Drainage

Sewer and Drainage Systems: Ensures that sewer and drainage systems are installed at the correct gradient for proper flow.

 

Key Features of an Automatic Optical Level:

Automatic Leveling: Equipped with a compensator that automatically adjusts the optical axis to maintain a horizontal line, even if the instrument is slightly tilted.

Ease of Use: Simplifies the leveling process for users, making it more accessible for professionals and reducing the likelihood of human error.

Precision: Provides accurate readings and ensures that surfaces and structures are correctly aligned and level.

 

Overall, an automatic optical level is an essential tool in various fields where precise leveling and alignment are required. It combines optical clarity with automatic compensation to ensure reliable and accurate results.