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High-precision, long-range handheld LiDAR scanner developed by Feima Robotics

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Slam200
handheld
lidar scanner

SLAM2000 is another innovative industry-level handheld laser scanner developed by Feima Robotics.

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Slam2000
handheld
lidar scanner

handheld lidar scanner

Feima X-1

Feima Intelligent Aerial Photogrammetry,Remote Sensing,
Inspection,Emergency Command and Logistics Transportation System

Feima x1

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designed for use in various hazardous working environments, including underground and gas mines

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Slam100
intrinsically safe
handheld
lidar scanner

slam100 intrinsically safe
slam100 handheld lidar scanner

Slam100
handheld
lidar scanner

SLAM100 is the first handheld mobile LiDAR scanner launched by China feima-Robotics Co., Ltd.

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DJI M350 RTK PAYLOAD

oblique payload
for dJI uAV platform

DP500 is a tilt photography module developed by Feima Robotics based on market demand, designed to adapt to the DJI UAV platform

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Feima UAV

Feima V500R

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Simple yet powerful

feima D2000s

Feima D2000S

One-stop high-precision operation platform based on high-performance rotor platform

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feima feima e2000s

Feima E2000S

Pegasus Intelligent Aerial Survey System
Focus on high-precision aerial survey and rebuild the real world

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In engineering projects, it is often necessary to accurately measure the surface area and volume of objects. However, irregularly shaped objects, such as green areas on slopes, rockeries, sculptures, and mining voids, cannot be accurately measured using simple formulas. Some complex mathematical calculation methods, such as contour, finite element methods, and grid methods, are limited by the quality and quantity of measurement data, resulting in inaccurate and inconsistent surface area and volume measurements.

The development and application of handheld 3D laser scanners provide a new technical means for rich spatial information about objects. It can quickly and accurately obtain large-area, high-density spatial 3D data and is a non-contact active measurement system with high measurement point accuracy, large density of space points, and fast acquisition speed, overcoming the weaknesses of traditional measurement methods with low point density and efficiency.

 Feima’s Solutions


The Slam100 handheld laser scanner integrates laser Lidar and industrial-grade Slam algorithms, thus having the ability to quickly obtain complete point cloud data of large and complex scenes. When used with Geomagic Studio software developed by Geomagic, it can create accurate MESH models from point clouds quickly, ensuring users get perfect polygon models that can output various industry-standard format results.

Based on the MESH model, Cloudcompare also has the ability to calculate surface area and volume.

SLAM100 Software for Calculating Irregular Object Volume and Surface Area
SoftwareFunctions
Slam go postPoint cloud calculation, optimization processing, panoramic stitching, colored point cloud
zhidiancloudpoint denoising and clipping
Geomagic studioautomatically converts point cloud into polygons; reduces the number of polygons; quickly fills complex holes; constructs and outputs mesh models; calculates surface area and volume, etc.
Cloudcompareconstructs and outputs mesh models; calculates surface area and volume.

The surface area and volume of an object can be calculated using Slam100 in three steps:

Step1~3(using slam 100):

  1. On-site surveyingdetermining scan paths  3.Data collection

Step4~6(using slam go post + zhidian Cloud):

  1. point cloud computation5. Checking the quality of the results 6.point cloud clipping

Step 7~9(Geomagic Studio)

  1. point cloud packaging8. repairing mesh models 9. surface area and volume calculations