PRODUCT DETAILS
The Precision Laser Collimator for Theodolite, Total Station and Level Calibration & Beam Alignment is a professional optical calibration instrument designed for the alignment, inspection and performance verification of land surveying equipment. It provides a stable simulated-distance reference for the calibration of theodolites, total stations, automatic levels and other optical instruments used in precision surveying.
The instrument is suitable for surveying equipment manufacturers, optical laboratories, calibration centers, service workshops and quality-control departments that require a dependable reference for instrument adjustment and beam alignment.
Key Features
Stable Optical Calibration Reference
The Precision Laser Collimator creates a reliable collimated beam and simulated target at infinity within a limited indoor space. This makes it suitable for controlled calibration of theodolites, total stations, levels and related optical surveying instruments.
Designed for Surveying Instrument Calibration
The Precision Laser Collimator is developed for checking and adjusting the optical alignment and collimation performance of land surveying equipment. It helps technicians establish a consistent reference during installation, maintenance and final inspection.
Accurate Beam Alignment
The Precision Laser Collimator can be used to identify beam deviation from the optical axis. It supports beam alignment, parallelism adjustment, perpendicularity inspection and straightness-related calibration tasks.
Precision Reticle System
A calibrated reticle is positioned on the focal plane of the objective lens. When illuminated, the reticle markings are converted into parallel light, providing a clear reference pattern for visual or photoelectric observation.
Photoelectric Integration Option
For applications requiring enhanced observation, the photoelectric configuration can combine a high-power lens, high-definition CCD, video capture card and monitor. This arrangement enables technicians to observe, record and adjust the displayed beam position more conveniently.
Application-Based Configuration
The Precision Laser Collimator can be selected according to focal length, aperture, field of view, reticle graduation, accuracy requirements, working distance, installation space and budget. This allows users to choose a practical configuration instead of over-specifying the instrument.
Precision Laser Collimator Accuracy Parameters
Photoelectric Integrated Parallel Light Tube
Parameter | Value | Notes |
Reticle scale accuracy | 40 arcseconds | Measured value |
Simulated line width | 2 divisions | Measured at 7 meters |
Correction scale (20″) | ≈ 0.974 mm per division | Calculated at 10 m simulated distance |
Display scale (40″) | ≈ 1.914 mm per division | Calculated at 10 m simulated distance |
Precision 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 |