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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.

8+1 Photoelectric Integrated Collimator Describe

The 8+1 Photoelectric Integrated Collimator is a professional-grade multi-channel optical calibration system engineered for high-precision alignment and verification of surveying instruments, optical devices, and precision measurement equipment. 

Beyond Traditional Single-Channel Calibration

How the 360° Reflector Mini Prism Enhances Accuracy？

1. Elimination of Prism Orientation Errors Traditional single prisms require the surveyor to manually aim the reflector face directly at the total station. Any misalignment introduces pointing errors that compromise measurement quality. The 360° Reflector Mini Prism solves this problem by reflecting signals from any direction without requiring rotation or repositioning. This is particularly valuable when using robotic total stations for automated tracking, as the instrument can continuously lock onto the prism without losing signal due to orientation changes.

2. Consistent Centering Accuracy High-quality 360° mini prisms deliver exceptional centering accuracy—typically within ±1.5 mm to ±2.0 mm. For instance, the GRZ101 model provides a pointing accuracy of 1.5 mm, while the GRZ122 offers ±2.0 mm centering accuracy. Some advanced monitoring prisms achieve even tighter tolerances, with ±0.2 mm accuracy during 360° rotation measurements. This level of precision ensures that the total station consistently captures the true center point of the target, minimizing systematic errors.

3. Reduced Setup Time and Human Error By eliminating the need to constantly adjust prism orientation, the 360° Reflector Mini Prism significantly reduces human-induced errors. Surveyors can focus on data collection rather than target alignment, leading to more consistent results across repeated measurements. This is especially critical in deformation monitoring applications where small positional changes must be detected reliably over time.

4. Optimized for Total Stations Modern robotic total stations are designed to work seamlessly with 360° prisms. The full-circle reflectivity enables automated target tracking without signal loss, allowing the instrument to follow moving prisms in real-time. This capability is essential for applications such as machine control, construction layout, and dynamic positioning where the target moves continuously during measurement.

Why Every Surveyor Needs a Reliable Surveying Bipod？

A surveying bipod is designed specifically to stabilize GPS poles, GNSS receivers, prism poles, and surveying staffs. It minimizes movement caused by wind, uneven terrain, or human error.

Its lightweight construction allows surveyors to carry it effortlessly between multiple work locations while still maintaining exceptional rigidity under heavy equipment loads.

Lightweight Design Without Compromising Stability

One of the biggest innovations in today's surveying bipod is achieving the perfect balance between weight and strength.

Many field crews walk several kilometers each day carrying GNSS equipment, batteries, controllers, and poles. Every kilogram matters.

A premium surveying bipod uses high-strength aluminum alloy or carbon fiber materials to significantly reduce overall weight while maintaining structural rigidity.

Easy to Carry

A lightweight surveying bipod reduces operator fatigue during long surveying sessions.

Its compact folding structure fits easily into surveying vehicles and carrying bags, making transportation effortless.

Fast Deployment

Why Every Contractor Needs a High-Performance Machine Control Receiver?

Unmatched Precision and the End of Rework

Rework is the silent profit killer in construction. Traditional methods rely on manual staking and constant checking by grade foremen, a process prone to human error and delays. With a Machine Control Receiver, the machine "knows" exactly where it needs to be at all times. By following a digital blueprint with pinpoint accuracy, the Machine Control Receiver ensures that the job is done right the first time. This eliminates the need for costly and time-consuming rework, directly protecting your project's bottom line.

Drastic Improvement in Operational Efficiency

Reduction in Material, Fuel, and Labor Costs

MUNICH, Germany – Mount Laser, a trusted manufacturer of surveying accessories, is pleased to announce its participation in INTERGEO 2026, the world’s leading trade fair for geoinformation, surveying, and mapping. 

Exhibition Information

Exhibition Name: INTERGEO 2026 Booth Number: Hall C6, A157-1 Exhibition Dates: September 15 (Tuesday) – September 17 (Thursday), 2026 Exhibition Location: Am Messesee 2, 81829 München, Bayern, Germany