Rainbow Cube Total Station Pole Prism Shape Customizable Optical Right Angle Glass Crystal Ball
The Rainbow Cube Total Station Pole Prism is not just a tool; it is an optimized optical solution. By employing a unique Shape Customizable fabrication process, we can adapt the Optical Right Angle Glass geometry to fit specific surveying poles or industrial mounting brackets. This flexibility ensures that the Total Station Pole Prism maintains a stable center of tilt, which is critical for reducing error margins during distance measurements.
Furthermore, the Crystal Ball optics are treated with anti-reflective and interference coatings to produce the signature "Rainbow" effect, which enhances visibility in low-light conditions while maintaining the pure light path of the Optical Right Angle Glass. Every Rainbow Cube Total Station Pole Prism undergoes rigorous calibration to ensure that the Total Station Pole Prism meets international surveying standards, providing peace of mind for site managers and optical technicians alike.
To provide full transparency for surveying professionals and optical designers, the following table details the technical parameters applied to our Rainbow Cube Total Station Pole Prism series.
| Feature | Specifications for Rainbow Cube Series | Operational Advantage |
|---|---|---|
| Prism Type | Total Station Pole Prism | Optimized for EDM measurement accuracy |
| Material Substrate | Optical Right Angle Glass (K9/BK7) | High clarity for the Rainbow Cube |
| Geometry | Shape Customizable Designs | Fits any Total Station Pole Prism mount |
| Optical Element | Crystal Ball Integrated Refractor | 360-degree visibility for the Rainbow Cube |
| Centering Accuracy | < 1.0mm | Precision alignment for Optical Right Angle Glass |
| Coating | Silver/Copper + Rainbow AR | High reflectivity for the Total Station Pole Prism |
| Surface Quality | 60-40 to 40-20 Scratch-Dig | Durable Optical Right Angle Glass surface |
| Constant/Offset | 0mm / -30mm / Customizable | Compatible with all Total Station Pole Prism brands |
| Materials | BK7 or other optical glass, quartz, sapphire, Ge, Si, ZnSe, CaF2 etc |
| Length | 3~100mm |
| Width | 3~100mm |
| Height | 3~100mm |
| Length tolerance | +/-0.01mm |
| Width tolerance | +/-0.01mm |
| Height tolerance | +/-0.01mm |
| Angle tolerance | 3"~2' |
| Irregularity | ΔN=0.1~0.5 |
| Surface accuracy | N=1~3 |
| Surface quality | 10/5~60/40 |
| Coating | Upon request |
| Application area | Imaging, Lighting, Laser etc |
The Rainbow Cube Total Station Pole Prism is engineered to bridge the gap between heavy-duty field surveying and precision lab optics. Below are the functional benefits and diverse implementations of this Shape Customizable tool:
- Superior Signal Return: The Optical Right Angle Glass within the Rainbow Cube ensures a strong, clean return signal to the EDM, even over long distances.
- Versatile Mounting: With its Shape Customizable housing, the Total Station Pole Prism can be adapted for tunnel monitoring, bridge inspection, or standard land surveying.
- High-Visibility Crystal Ball: The integrated Crystal Ball design allows for easier prism acquisition by the total station, saving time on-site for the Rainbow Cube user.
Primary Application Areas:
- Geospatial Surveying: Deploying the Total Station Pole Prism on a Rainbow Cube pole for accurate topographic mapping and boundary marking.
- Structural Monitoring: Utilizing the Optical Right Angle Glass for long-term displacement tracking in high-rise buildings and dams.
- Industrial Alignment: Using the Shape Customizable features of the Rainbow Cube for calibrating robotic arms and assembly lines.
- Architectural Photography: Using the Crystal Ball refraction properties of the Optical Right Angle Glass for creative light-splitting effects.
This section establishes technical authority by addressing common questions regarding the Optical Right Angle Glass and Total Station Pole Prism selection.
Misi kami adalah untuk menawarkan "Kualitas Tinggi" & "Layanan Baik" & "Pengiriman Cepat" untuk membantu klien kami mendapatkan lebih banyak keuntungan.