62-88cm Adjustable Total Station Prism Pole Support Retractable Aluminum Alloy Mini Tower Ruler Clamp Bracket for Surveying

Enhance your surveying accuracy and efficiency with this Adjustable Total Station Prism Pole Bracket, designed to provide reliable support for total station prism poles and mini tower rulers. Crafted from high-quality aluminum alloy, this prism rod clamp bracket offers exceptional strength, lightweight portability, and excellent corrosion resistance, ensuring long-lasting durability in various field conditions. Key Features: · **Wide Applicability:** Perfectly suited for total station prism poles or mini tower rulers, this adjustable tripod bracket meets diverse surveying requirements, making it a practical tool for professionals. · **Premium Aluminum Alloy Construction:** Made from superior aluminum alloy, the bracket delivers high strength and durability while maintaining a lightweight profile, facilitating easy transportation and handling. · **Thickened Rod Design:** Features reinforced rods that provide enhanced stability and reliability, maintaining firm support even in windy environments to ensure precise and accurate measurements. · **Adjustable Retractable Height:** The bracket extends from approximately 62cm to 88cm (24.4 to 34.6 inches), allowing for convenient height adjustment to suit various operational needs and site conditions. · **Ideal for Ground Surveying:** Specifically designed for challenging surveying positions such as wall corners and confined spaces, making it an essential accessory for ground-based surveying projects. Specifications: · Item Type: Total Station Prism Pole Bracket · Model: TP-MP · Material: Aluminum Alloy · Retractable Height Range: Approx. 62-88cm (24.4-34.6in) This Adjustable Total Station Prism Pole Bracket combines sturdy construction with versatile functionality, delivering exceptional performance for your surveying tasks. Its ergonomic design and durable materials ensure reliable use in the field, helping you achieve accurate and efficient survey results every time.