Pivoted Laser Scanning Checkerboard Target

Overview

The Pivoted Laser Scanning Checkerboard Target is designed to provide flexible target positioning for laser scanning projects. Its dual-axis rotational design allows the target plate to be aligned accurately with the scanner from virtually any direction while keeping the center point of the target unchanged during adjustment.

The target combines a lightweight carbon frame with a torsionally rigid target plate, providing durability and portability for field applications. The included magnetic mount and 5/8-inch adapter offer multiple installation options for different surveying and scanning environments.

Flexible Alignment System

The target plate can be rotated through almost 360 degrees using two rotational axes, enabling precise orientation toward the scanner. The center of the checkerboard target is positioned exactly on both the horizontal and vertical axes of rotation, ensuring the target center remains unchanged when adjustments are made.

Product Features

• Dual-axis pivoting design for flexible alignment.
• Rotation of almost 360 degrees.
• Torsionally rigid target plate with low weight.
• Weather-resistant construction.
• Absolutely flat target surface for reliable measurements.
• Lightweight carbon frame for durability and reduced weight.
• Magnetic mounting option included.
• Supplied with a 5/8-inch adapter for tripod mounting.
• Suitable for ambient temperatures up to 60°C.

Technical Highlights

• Plate dimensions: 21 × 21 cm
• Checkerboard marking size: 20 × 20 cm
• Weight without magnet/adapter: 0.2 kg
• Standard connection: M8 connector with screw-in magnet
• Additional 5/8-inch adapter included

Mounting Options

• Magnetic attachment to metallic surfaces.
• Tripod mounting using the supplied 5/8-inch adapter.
• Compatible with the universal tripod adapter for forced centering applications.

Forced Centering Compatibility

When used together with the universal tripod adapter and a claw insert, the target center point has the standard tilting axis height of 196 mm.

Purpose of Use

• Reference target visible up to 25 m.
• Flexible alignment toward the scanner.
• Setup using tripods, prism poles, or magnetic surfaces.
• Suitable for laser scanning registration and control workflows.

Applications

• Architecture, construction and historic preservation.
• Digital factory and plant engineering.
• Mining and tunneling.
• Energy and utility companies.
• Aircraft and shipbuilding.
• Forensic investigations.