Shanghai, China, July 22nd, 2026 — SingularXYZ officially launches the H2 Handheld 3D Laser Scanner, a new professional scanning solution designed to make high-quality 3D reality capture more flexible and accessible. Combining advanced imaging technology, high-performance LiDAR sensing, and intelligent SLAM algorithms, the H2 delivers realistic colorized point clouds, detailed 3D reconstruction, and efficient field-to-office workflows for a wide range of applications.

Under the slogan "From Vivid Color to Precise Coordinates", the H2 focuses on capturing the visual richness and spatial accuracy of real-world environments, helping professionals efficiently transform physical spaces into detailed digital assets.

Capture Real-World Details with Vivid Colorization

Powered by a 40-line LiDAR array, the H2 captures dense spatial data with a scanning speed of up to 200,000 points per second and delivers high-quality point clouds with 1 cm accuracy at 10 m. Combined with advanced SLAM technology, it provides stable tracking and reliable 3D reconstruction performance across diverse environments.

The H2 is equipped with a triple global-shutter fisheye camera system that captures rich textures, natural colors, and fine visual details from the surrounding environment. Through advanced colorization algorithms, image information is accurately fused with point cloud data to generate realistic colorized 3D models with enhanced visual fidelity.

Modular Design for Flexible Configurations and Expansion

Designed with a modular architecture, the H2 provides flexible configurations to support different project requirements. The system supports accessories including a smartphone bracket and an optional RTK module, allowing users to choose the setup that best fits their workflow. This modular approach makes professional 3D scanning more accessible while providing flexibility for different user needs.

The H2 also features reserved Type-C ports and mounting interfaces for external integration, enabling connection with additional devices such as an external camera, RTK module, and robotic systems. These expansion capabilities allow the H2 to adapt to diverse applications and specialized workflows.

Real-Time Field Visualization and Efficient Data Workflow

The H2 supports real-time point cloud visualization through the SingularCloud Go Field Point Cloud Viewer mobile application, available for both iOS and Android devices. Connected through WiFi, the app enables users to view live point clouds during scanning, monitor device status, and switch between RGB, Intensity, and Elevation visualization modes for instant field verification. 

With adjustable scanning settings, point cloud detail control, and on-site project review capabilities, users can quickly confirm data quality before leaving the site. The app also supports basic measurements including point, distance, and area measurements, along with direct DXF CAD export for improved field-to-office efficiency.

Complete Processing Workflow with SingularCloud Software Ecosystem

The H2 is supported by the SingularCloud software ecosystem, providing a complete workflow from field data collection to professional processing and deliverable generation.

The SingularCloud Post-Processing Software enables users to optimize point cloud quality through filtering, denoising, and registration workflows. It supports RTK/GCP registration for coordinate alignment, colorized point cloud generation, mesh reconstruction, and CAD floor plan creation.

The software supports industry-standard formats including PCD, LAS, LAZ, E57, PLY, OBJ, and DXF, ensuring compatibility with professional workflows and third-party point cloud software. Built-in tools such as length, area, volume measurement, and cross-section viewing further support surveying, documentation, and modeling applications.

Compact, Durable Design for Professional Field Use

Built for mobile scanning workflows, the H2 combines lightweight portability with practical field reliability. Weighing only 740 g, the compact scanner is designed for comfortable operation during extended field tasks.

The 4000 mAh battery handle provides up to 2 hours of continuous operation, while the integrated battery level display and Type-C charging interface simplify daily power management. With an IP54-rated metal body, the H2 provides reliable protection against dust and water in demanding working environments.

A Flexible Professional Solution for 3D Reality Capture

From architectural documentation and indoor mapping to industrial inspection, digital modeling, and surveying applications, the H2 provides professionals with a flexible and efficient way to capture, process, and share 3D reality data.

With vivid colorization, dense LiDAR sensing, modular expansion capabilities, and a complete SingularCloud workflow, the H2 expands access to professional 3D scanning while maintaining the accuracy and reliability required for real-world projects.

Pre-orders for H2 Handheld 3D Laser Scanner are now available through SingularXYZ official channels and local authorized distributors worldwide. 

For more information on the H2, please visit: https://www.singularxyz.com/product_detail/H2_Scanner

About SingularXYZ® 

SingularXYZ specializes in high-precision GNSS PNT (Positioning, Navigation & Timing) technology, delivering reliable and professional products, solutions, and services for both cross-industry applications and specialized vertical markets, such as geospatial surveying, precision agriculture, machine control, robotics and IoT. 

With operations covering over 120 countries and regions, SingularXYZ holds over 40 patents and software copyrights and complies with ISO management system standards. The company is also recognized in China as a National High-Tech Enterprise, an SRDI Enterprise (Specialized, Refined, Differentiated and Innovative), and an Innovative Enterprise. Supported by a dedicated R&D team and a 1,000 m² office and development facility, the company continues to invest steadily in technology innovation and product development. 

SingularXYZ is committed to bringing high-precision positioning and intelligent technologies into practical use, supporting digital, efficient, and intelligent systems that underpin everyday operations across industries and broader society.