SHARE SLAM S20

SHARE SLAM S20 – 3D LiDAR Scanner

Handheld & Portable – Lightweight design with ergonomic grip for easy field use
High Precision – Colorized point clouds with 1 cm accuracy and strong detail capture
Dual Fisheye Cameras – 16 MP ultra-wide lenses for immersive 3D visualization
Integrated RTK & SLAM – Real-time positioning and mapping for complex environments
Fast Workflow – SHARE Capture app + SHARE Pointclouds Studio for scanning, preview, processing, and export
Long Battery Life – Quick-release battery supports up to 2 hours of operation

Product Details

The SHARE SLAM S20 is a next-generation handheld 3D LiDAR scanner that revolutionizes on-site mapping. Combining high-precision LiDAR, wide-angle imaging, and a built-in RTK module, it delivers real-time colorized point clouds with industry-leading accuracy. Boasting a color point cloud thickness of just 1 cm and relative accuracy within 1 cm, the S20 ensures ridiculously precise spatial data. Equipped with dual ultra-wide 16-megapixel fisheye lenses, visual SLAM integration, and a convenient quick-release grip battery (up to 2 hours of runtime), it’s designed for intuitive, efficient use. Powered by the SHARE Capture mobile app and SHARE Pointclouds Studio software, professionals can seamlessly scan, preview, process, and export in common formats like .las, .ply, and .pcd. Ideal for architects, surveyors, and construction teams, the S20 transforms real-world environments into vivid, actionable 3D models, all in just one handheld device.

One-Inch Large-Format Image Sensor

Equipped with dual one-inch large-format CMOS sensors, featuring 2.4μm pixel size and 16 effective megapixels per lens. This configuration delivers enhanced photo clarity and more accurate and clear point cloud colorization.

Professional-Grade Mechanical Shutter

The mechanical shutter enables global exposure without jelly effect. This ensures more accurate colorful point cloud colorization and makes the photos highly suitable for nap-of-the-object photogrammetry modeling.

Precise Colorzed Point Cloud

Featuring microsecond-level system-wide hardware time synchronization, this results in highly accurate point cloud data. It ensures seamless integration of color and intensity point clouds.

Open Hardware Interfaces

Open hardware interfaces enable cross-platform collaboration. Open SDK supports device communication, data transfer and operational control, ideal for new surveying equipment (e.g.,embodied intelligence systems).

Supports Mesh Model Generation

Raw data is fully accessible to software developers, allowing them to process the data using their own SLAM algorithms. The photos can be used for Mesh models, meeting the data processing needs across various industries.

Photos Support 3DGS Modeling

Benefiting from the one-inch large-format camera and combined with image pose metadata technology, the photos are clear with uniform color. This makes them better suited for 3D Gaussian Splatting model generation.

Looking for the right solution for your application? Our team is here to help. Talk to our 3D solution specialist today.

Features Overview

Where the S20 fits — and what it is not

The S20 is a handheld LiDAR scanner for documenting spaces: factories, plant rooms, buildings, ship interiors and sites. You walk it through the environment and get a colourised point cloud, with integrated RTK so the result is georeferenced. It is not a measuring instrument — the cloud is centimetre-accurate, which is right for as-built drawings, volume checks and digital twins, and wrong for anything with a tolerance on it. If your output needs proving, the tool is a metrology handheld or a bench system, not a SLAM scanner.

Model	Best for	What sets it apart
SHARE SLAM S20	Documentation you carry in one hand, indoors and out	1079 g, dual 16 MP one-inch cameras with a mechanical shutter, 1 cm colourised point cloud, 200,000 points/s, up to 150 minutes per battery
SHARE SLAM S100 series	Larger sites that need survey-grade georeferencing	16, 32 or 32 PRO channel versions up to 640,000 points/s, up to 300 m range on the PRO, RTK and PPK, up to three hours on dual batteries

Frequently asked questions

How accurate is the SHARE SLAM S20?

Around 1 cm — a colourised point cloud with roughly 1 cm thickness and relative accuracy within 1 cm. That is documentation grade. It is deliberately not an inspection instrument, and no dimensional tolerance should be placed on its output.

What can it scan?

Spaces rather than parts: factory floors and plant, building interiors and facades, ship and vessel interiors, and construction sites. Anything you can walk through or around, indoors or outdoors.

Does it need a base station or external correction?

No. The S20 carries an integrated RTK module for real-time positioning, and the dual fisheye cameras handle colourisation. Set up and go.

How long does it run?

The quick-release battery gives up to 150 minutes of operation, with PD 30 W fast charging over USB-C.

What software does it use?

SHARE Capture on the phone or tablet for scanning and preview, and SHARE Pointclouds Studio for processing and export.

What does the SHARE SLAM S20 cost in Malaysia?

Quoted per configuration rather than from a list price. Tell us the sites you need to document and the deliverable your client expects, and we will quote against that.

Technical Specification

Specification	Details
Dimensions	110.5 × 140 × 313.3 mm
Weight	1079 g
Battery Capacity	45.36 Wh (3150 mAh)
Working Time	150 min
Charging Port	TYPE-C; PD 30 W fast charging
Working Temperature	-20 ℃ ~ +50 ℃
Storage Temperature	-20 ℃ ~ +60 ℃
Storage Capacity	256 GB (Supports memory expansion)
WIFI	WIFI6, support 2.4G/5G; 20 m
Interface	TF Card / Type-C
Camera Effective Pixels	16 MP × 2
Camera Sensor	13.13 × 8.76 mm; 1 inch
Shutter Type	Mechanical shutter / Electronic shutter
LiDAR Installation	Tilt 25° to the ground
Point Cloud Number	200,000 points/s
Point Cloud Frequency	10 Hz (Typical Value)
Scanning Range	0.1 ~ 40 m @ 10% reflectivity; 0.1 ~ 70 m @ 80% reflectivity
RTK Configuration	Built-in standard configuration
RTK Accuracy	Horizontal: 0.8 cm + 1 ppm; Vertical: 1.5 cm + 1 ppm
Point Cloud Thickness	≤ 1 cm
Processing Method	Real-time calculation / Post-processing
Absolute Accuracy	≤ 5 cm
Relative Accuracy	≤ 1 cm

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