SHARE SLAM S100 SERIES

SHARE SLAM S100 Series is a professional handheld SLAM LiDAR scanner with GNSS RTK/PPK designed for fast, accurate 3D mapping in complex indoor/outdoor environments—perfect for surveying, construction, BIM, utilities, and industrial sites across Malaysia.

Product Details

SHARE SLAM S100 Series — Field-Ready 3D LiDAR Mapping for Malaysia

The SHARE SLAM S100 Series is built for professionals who need rapid 3D capture without sacrificing georeferenced accuracy. Combining SLAM-based LiDAR mapping with integrated GNSS RTK (and PPK support for RTK-denied areas), S100 helps you deliver reliable point clouds for real-world Malaysian jobsites—whether you’re scanning construction progress, factory assets, building facades, roads, or forested terrain.

Why S100 is a strong fit for Malaysian projects

Malaysia often means mixed environments—tight indoor MEP areas, reflective industrial spaces, covered walkways, dense urban structures, and outdoor heat/humidity. S100 is designed for exactly these “messy” conditions:

High-density point clouds for complex environments using SLAM algorithms
Integrated RTK for centimeter-level georeferencing, plus PPK workflows when RTK isn’t stable
Hot-swappable dual batteries for extended field operation
Fast data handling with onboard storage and high-speed transfer features (e.g., Wi-Fi 6 / SSD)

Key features

16 or 32 LiDAR channels (variant-dependent), with point rates up to 640,000 pts/s
Range options (commonly shown as 120 m, with Top variants up to 300 m)
True-colour capture via integrated cameras with two 16 MP cameras on Base and Mid variants and four 20 MP cameras.
RTK + PPK support for survey-grade positioning in challenging locations
Ergonomic carrying system + hot-swap batteries for uninterrupted workflows
Designed for surveying, construction, architecture, and industrial capture

Common Malaysia use cases

BIM / As-Built documentation (commercial buildings, malls, factories, hospitals)
Construction progress & verification (earthworks, structural, MEP coordination)
Industrial plant scanning (pipe racks, equipment layout, maintenance planning)
Road & infrastructure documentation (corridors, culverts, drains, bridges)
Forestry / plantation mapping (terrain + access routes, asset documentation)

Ultra‑HD Imaging, Enhanced Point‑Clouds

Featuring a built‑in 1‑inch mechanical‑shutter mapping wide‑angle camera, it rapidly captures ultra‑high‑definition true‑color images for precise point cloud colorization. The S100‑32 PRO further enhances capabilities with four 20-megapixel wide-angle cameras and an independent 5 nm ISP imaging platform, delivering a broader field of view and finer texture details—faithfully reproducing the real world down to the millimeter.

Next-Generation RTK for Precise Positioning

The new RTK module features an integrated professional‑grade surveying antenna design, delivering enhanced phase‑center stability, superior anti‑interference and anti-multipath capabilities, along with improved satellite signal tracking—providing more reliable centimeter-level accuracy.

3‑Hour Extended Operation

To meet the demands of continuous data capture in large‑scale environments, the S100 Series adopts a dual‑battery redundant design, delivering up to 3 hours of runtime. The batteries support hot‑swap functionality, enabling uninterrupted operation.

Supports PPK Post‑Processing Operations

The device supports PPK post‑processing mode, compatible with both self‑built base stations and cloud‑based PPK. Even in RTK-denied environments such as mountains or deserts, it reliably delivers results with precise geospatial information.

Visual Laser-Based GCP Acquisition

The S100 Series innovatively adopts a visual laser-based Ground Control Point (GCP) acquisition method. Even in challenging, uneven terrains such as mining areas and caves, it enables precise and convenient control point placement.

Massive Data, Effortlessly Managed

Equipped with a standard 1 TB high‑capacity, high‑speed SSD, it meets the storage demands of large‑scale operations. With data transfer speeds exceeding 1 GB/s, it streamlines post‑processing for greater efficiency.

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

Ultra‑Long Measurement Range of up to 300 Meters

Ergonomically Designed Load-Bearing System

Which S100 model, and when LiDAR is the right answer

The S100 series is the survey-grade end of the range: three models sharing the same body, separated by LiDAR channels, point rate and reach. All three combine SLAM with GNSS RTK, and support PPK for sites where correction signals are unreliable — which matters in the mixed indoor-outdoor environments most Malaysian projects involve.

Like the S20, this is documentation equipment: fast, walk-through capture of large or awkward environments for as-built records, BIM, volumes and digital twins. It does not replace a metrology scanner where dimensions have to be proved.

Model	LiDAR	Point rate	Range	Cameras
SHARE SLAM S100-16	16 channels	320,000 points/s	0.05 – 120 m	2 × 16 MP
SHARE SLAM S100-32	32 channels	640,000 points/s	0.05 – 120 m	2 × 16 MP
SHARE SLAM S100-32 PRO	32 channels	640,000 points/s	0.5 – 300 m	4 × 20 MP

Frequently asked questions

Which S100 model do I need?

Choose on distance and detail. The 16-channel version covers most building and plant documentation; the 32-channel doubles the point rate for denser data; the 32 PRO extends the range to 300 m and adds two more cameras, which is the one for large outdoor sites and longer corridors.

What is the difference between RTK and PPK here?

RTK corrects position in real time when you have a correction signal. PPK post-processes the same data afterwards, which is what you fall back on where the signal is patchy — under tree cover, between buildings, or on sites without a base station.

How long can it run?

Up to three hours on the dual-battery redundant design, with batteries that can be swapped without ending the scan.

What jobs is it used for?

Topographic and site surveying, construction progress capture, BIM and as-built models, utility and infrastructure documentation, and industrial plant records.

How accurate is the point cloud?

It is a georeferenced documentation tool rather than a metrology instrument. Tell us the accuracy your deliverable has to meet and we will confirm which model and configuration meets it — rather than quote a headline number that may not apply to your site.

What does the S100 series cost in Malaysia?

Quoted per configuration, because the model choice and the software workflow both change the package. Describe the sites and the deliverable and we will quote against them.

Technical Specification

Specification	SHARE SLAM S100-16	SHARE SLAM S100-32	SHARE SLAM S100-32 PRO
LiDAR Channels	16	32	32
Point Cloud Rate	320,000 points/s	640,000 points/s	640,000 points/s
Scanning Range	0.05 – 120 m	0.05 – 120 m	0.5 – 300 m
Number of Cameras	2	2	4
Sensor Size	1-inch (13.13 × 8.76 mm), Pixel Size 2.4 μm	1-inch (13.13 × 8.76 mm), Pixel Size 2.4 μm	1-inch (13.13 × 8.76 mm), Pixel Size 2.4 μm
Effective Pixels	16 MP	16 MP	20 MP
Dimensions (L × W × H)	386.8 × 152.7 × 174.4 mm	386.8 × 152.7 × 174.4 mm	386.8 × 152.7 × 174.4 mm
Weight	2438 g	2438 g	2328 g
Wireless Connectivity	Wi-Fi 6 (2.4 GHz / 5 GHz, up to 20 m)	Wi-Fi 6 (2.4 GHz / 5 GHz, up to 20 m)	Wi-Fi 6 (2.4 GHz / 5 GHz, up to 20 m)
Storage Capacity	1 TB SSD	1 TB SSD	1 TB SSD
RTK Accuracy	Horizontal: 0.8 cm + 1 ppmVertical: 1.5 cm + 1 ppm	Same as S100-16	Same as S100-16
Load-Bearing System	Standard Multi-Functional Ergonomic Load-Bearing System	Same	Same
Battery Capacity	49.436 Wh (3400 mAh) × 2 pcs	49.436 Wh (3400 mAh) × 2 pcs	49.436 Wh (3400 mAh) × 2 pcs
Runtime	Approx. 180 minutes	Approx. 180 minutes	Approx. 180 minutes
Point Cloud Thickness	≤ 5 mm	≤ 5 mm	≤ 5 mm
Relative Accuracy	≤ 1 cm	≤ 1 cm	≤ 1 cm
Absolute Accuracy	≤ 5 cm	≤ 5 cm	≤ 5 cm

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SHARE SLAM S100 SERIES

SHARE SLAM S100 Series — Field-Ready 3D LiDAR Mapping for Malaysia