The Surveying Laser Collimator is a precision optical alignment instrument developed for professional surveying, laboratory inspection, and instrument verification. By providing a stable and accurately defined optical reference, it helps technicians check and adjust the line of sight of total stations, theodolites, levels, and other optical surveying instruments.

Designed as a compact surveying equipment calibration tool, this collimator provides a practical solution for workshops, calibration laboratories, instrument service centers, and professional surveying equipment manufacturers.

Surveying Laser Collimator Key Features

Single-Position Optical Reference – Provides a fixed optical target for checking instrument sighting accuracy and line-of-sight alignment.
High-Precision Reticle System – The calibrated reticle supports detailed observation of angular deviation during surveying instrument inspection.
Stable Bench-Top Configuration – A rigid structure helps reduce unwanted movement and vibration during calibration procedures.
Long-Distance Simulation – The optical design can create an effectively distant target, allowing technicians to perform alignment checks without requiring an extremely long test range.
Wide Application Compatibility – Suitable for total stations, theodolites, automatic levels, optical levels, and other precision surveying instruments.
Professional Calibration Solution – Functions as a reliable surveying equipment calibration tool for equipment manufacturers, service laboratories, and field instrument maintenance teams.
Optical & Photoelectric Integration – Optional camera and optical components can be incorporated for visual inspection and measurement applications.

Surveying Laser Collimator Applications

Total Station Calibration – Check horizontal and vertical sighting accuracy and identify optical alignment deviations.
Theodolite Inspection – Provide a stable reference for collimation and optical axis verification.
Level Instrument Testing – Assist with optical line-of-sight inspection and instrument adjustment.
Surveying Equipment Service Centers – Use the system as a repeatable reference during equipment maintenance and calibration.
Survey Instrument Manufacturing – Support production-line inspection and final quality-control procedures.
Optical Laboratory Testing – Provide a controlled optical reference for precision measurement and alignment work.

Surveying Laser Collimator Specification

Parameter	Specification
Product Type	Single-position Laser Collimator
Application	Optical Alignment & Survey Instrument Calibration
Reticle Scale Accuracy	40 arcseconds
Simulated Working Distance	10 m reference distance
Line-Width Measurement Reference	7 m
Simulated Target	Infinite-distance optical target
Optical Magnification	Approx. 0.12×–2× with optional optical system
Optical Working Distance	55–180 mm
Field of View	Approx. 2.4–18 mm
Optical Tube Dimensions	Approx. 115 mm × 40 mm diameter
Optional Camera	1/3" color industrial camera
Camera Resolution	600-line
Minimum Illumination	0.001 Lux
Operating Temperature	–10°C to +55°C
Relative Humidity	≤85% RH
Installation	Bench-top / Fixed Position

Surveying Laser Collimator ITEMIZED PACKING LIST

No.	Description of Goods	Unit	Qty	Remarks
1	Photoelectric Integrated Collimator (Parallel Light Tube)	Set	8	Optical accuracy: 40"
2	Industrial CCD Camera (with 100× C-Mount Zoom Lens)	Pc	9	1/3" 600-line, includes lens
3	HD Display Monitor / Screen	Pc	1	For real-time image display
4	Complete Mounting Bracket / Support Frame (Aluminum Profile Structure)	Set	1	Full workstation frame
5	Accessories Kit (Cables, Power Adapters, Fasteners, Leveling Tools, etc.)	Set	1	Standard accessories
6	Technical Documents & User Manual	Set	1	Operation & principle docs
	TOTAL		20

PACKAGE INFORMATION

Package Type	Dimensions (L×W×H)	Gross Weight	Volume
Wooden Crate	___120___ × ___120___ × _190_____ cm	__190____ kg	__3__ m³

SPECIAL INSTRUCTIONS & NOTES

1. All optical components are precision instruments. Handle with extreme care. Avoid shock, vibration, and moisture.

2. Packed in a sturdy wooden crate with internal foam/cushioning protection for safe long-distance transportation.

3. Upon receipt, please inspect the outer packaging for any signs of damage before opening. Report any damage immediately.

4. Keep away from strong magnetic fields, extreme temperatures, and corrosive environments during storage and transit.

5. Collimator accuracy: 40 arcseconds (display scale). Simulated target distances: 7 m / 10 m reference.

6. This packing list forms part of the shipping documentation. Please retain for customs clearance and inventory purposes.

Surveying Laser Collimator – Precision Optical Alignment Tool for Survey Instrument Calibration