DSZ32 with 32x Magnification

Compensator range: ≥±15′

Minimum focus range up to 0.4 meters (15.75 inches)

Leveling accuracy (Standard Deviation for 1km Double-run levelling): 1.0mm

X-shaped wire suspension air-damping

Horizontal circle: 1 degree (1 gon)

Compensator accuracy: ±0.3″

IP54 high-pressure water jet resistant

Tripod Thread: M16 or 5/8″

With handrails

DSZ32B with 32x Magnification

Compensator range: ≥±15′

Minimum focus range up to 0.5 meters (1.64 inches)

Leveling accuracy (Standard Deviation for 1km Double-run levelling): 1.0mm

X-shaped wire suspension air-damping

Horizontal circle: 1 degree (1 gon)

Compensator accuracy: ±0.3″

IP54 high-pressure water jet resistant

Tripod Thread: M16 or 5/8″

DSZ38 with 38x Magnification

Compensator range: ≥±15′

Minimum focus range up to 0.7 meters (27.55 inches)

Leveling accuracy (Standard Deviation for 1km Double-run levelling): 0.7mm

X-shaped wire suspension air-damping

Horizontal circle: 1 degree (1 gon)

Compensator accuracy: ±0.3″

IP66 high-pressure water jet resistant

Tripod Thread: M16 or 5/8″

With handrails (Option)

Angular accuracy of 2 seconds

Reflectorless range of up to 600 meters (1,640 feet)

Single-prism range up to 3 Kilometers（9,840 feet）

Triple-Prism range up to 5 Kilometers（16,400 feet）

Internal memory up to 16,000 points

Up to 6 hours rechargeable Li-ion battery pfe (uninterrupted work flow)

Laser Plummet

Dual display

Angular accuracy of 2 seconds

Reflectorless range of up to 600 meters (1,640 feet)

Single-prism range up to 3 Kilometers（9,840 feet）

Triple-Prism range up to 5 Kilometers（16,400 feet）

Internal memory up to 30,000 points

Built-in Bluetooth connectivity

Up to 6 hours rechargeable Li-ion battery pfe (uninterrupted work flow)

Laser Plummet

Dual display

Angular accuracy of 2 seconds

Reflectorless range of up to 600 meters (1,640 feet)

Single-prism range up to 3 Kilometers（9,840 feet）

Triple-Prism range up to 5 Kilometers（16,400 feet）

Internal memory up to 100,000 points

Built-in Bluetooth connectivity

SD Card Interface

Up to 4 hours rechargeable Li-ion battery pfe (uninterrupted work flow)

Laser Plummet

Dual display

Angular accuracy of 2-secs, 5 -secs or 10 -secs

Magnification up to 30x

Ten-button interface panel that is easy-to-use

Up to 8 hours battery life (uninterrupted work flow)

Dual Backlit LCD display

Compact and lightweight build

Angular accuracy of 2-secs, 5 -secs or 10 -secs

Magnification up to 30x

Ten-button interface panel that is easy-to-use

Up to 8 hours battery life (uninterrupted work flow)

Dual Backlit LCD display

Compact and lightweight build

Build-in Laser Pointer

Model and Specification: DAD-LPO9

Diameter of Objective Lens (Aperture): 36 mm (1.41inches)

Image: Erect

Field of view: 1°30'

Minimum Focus Distance: 1.2m(3.93 feet)

Laser effective range:
DAY: >120M (393.70 feet)
NIGHT: >25OM (820.21 feet)

Class-leading, precise position referencing

550 GNSS channels

Uses GNSS systems: GPS, BDS, GLONASS, GALILEO, IRNSS, QZSS, SBAS& L-Band

Linux System

Software: FieldPro (supporting special field software FieldGenius)

Dual-frequency/multi-constellation option

Rugged, magnesium body

IP67 Protection Rating

Long-range Bluetooth

Battery life up to 8 hours for RTK; 11.5 hours for Static (uninterrupted workflow)

Compatible with many data collectors

Points can be measured with the pole tilted up to 60

DSP-8X Precision ranging radar includes precise measurement radar as well as a mobile Internet module. The radar can measure the distance to the wall, water, oil, or other objects. This product warns its user of multiple hazards well ahead of time. In addition, it assists the foundation pit's safety management and prevents production safety accidents.

DSP-1013 radar is a medium- to close-range, two-coordinate sea surface surveillance radar. It is mainly used to provide target indication for command centers at all levels and compensate for blindness in the surveillance area. DSP-1013 radar equipment can detect sea-motion targets and fixed targets. The radar processes the reflected electromagnetic wave signals of the targets and obtains the precise distance, bearing, speed, reflected intensity, and other information of the target. After removing the influence of reflected clutter from the sea surface, the radar is able to accurately track the target's trajectory.