OWL Launches "OWLManager LAS File Conversion Plugin" for Automatic Extraction of Forest Resource Information from 3D Data
Key facts
- OWL Launches "OWLManager LAS File Conversion Plugin" for Automatic Extraction of Forest Resource Information from 3D Data
- OWL Inc. will launch the "OWLManager LAS File Conversion Plugin," jointly developed with Asia Air Survey Co., Ltd., on June 11, 2026. This plugin will enable automatic extraction of forest stand information, such as tree location, diameter, and height, from LAS format 3D point cloud data acquired by third-party laser measurement devices.
- Source: PR Times
- Date: June 11, 2026
Direct answer
OWL Inc. will launch the "OWLManager LAS File Conversion Plugin," jointly developed with Asia Air Survey Co., Ltd., on June 11, 2026. This plugin will enable automatic extraction of forest stand information, such as tree location, diameter, and height, from LAS format 3D point cloud data acquired by third-party laser measurement devices.
- Citation
- OWL Launches "OWLManager LAS File Conversion Plugin" for Automatic Extraction of Forest Resource Information from 3D Data (June 11, 2026), PR Times
- Source
- PR Times
- Date
- June 11, 2026
OWL Inc. will launch the "OWLManager LAS File Conversion Plugin," jointly developed with Asia Air Survey Co., Ltd., on June 11, 2026. This plugin will enable automatic extraction of forest stand information, such as tree location, diameter, and height, from LAS format 3D point cloud data acquired by third-party laser measurement devices.
📋 Article Processing Timeline
- 📰 Published: June 11, 2026 at 11:00
- 🔍 Collected: June 11, 2026 at 11:28 (28 min after Published)
- 🤖 AI Analyzed: June 12, 2026 at 16:52 (29h 23m after Collected)
This plugin is the result of joint development with Asia Air Survey Co., Ltd.
Background of Development
In recent years, a wide variety of ground laser measurement devices (TLS), including stationary and handheld types, have been released for forest measurement. Much of the 3D point cloud data acquired by these devices is output in the industry-standard "LAS" format. However, even with this point cloud data, environments capable of consistent analysis at the individual tree level and outputting drawings and attribute data have been limited.
Until now, "OWLManager" has provided automatic analysis functions for stand information for data acquired by our own ground laser measurement device "OWL." With the introduction of this plugin, advanced forest analysis can be performed by importing LAS format 3D point clouds into "OWLManager," regardless of the type of measurement device used, enabling effective utilization of existing point cloud assets.
Product Features
This plugin automatically extracts stand information from 3D point clouds (LAS files) measured by third-party devices and allows users to leverage the analysis, display, and output functions of "OWLManager." The features of this plugin, including "OWLManager," are as follows:
Automatic Extraction of Stand Information
Extracts the position, diameter, and height of individual trees from 3D point clouds and imports them directly into "OWLManager."
Supports Both Coniferous and Broadleaf Trees
Supports not only coniferous trees like cedar and cypress but also broadleaf trees with clumped stems or branching.
Automatic Generation of 2D Location Maps and 3D Overlay Display
Automatically creates location maps of trees and displays them overlaid on the point cloud in 3D, allowing for intuitive understanding of the current forest status.
Versatile Data Output
Outputs analyzed stand information (position coordinates, various attributes, etc.) in CSV and Shape file formats.
Overview of Forest Analysis with This Plugin
Various ground laser point clouds can be analyzed with OWLManager.
The analysis results can be used for creating various reports and for forest management in GIS.
For details on the LAS plugin, please refer to our website:
・OWLManager LAS File Conversion Plugin
https://www.owl-sys.com/owl_spec_list/las_plugin
Release Date, Price, and Operating Environment
Release Date: June 11, 2026
Price: Open Price (Please inquire separately)
Supported Format: LAS format 3D point cloud
Operating Environment: Conforms to the operating environment of "OWLManager Ver2."
For details, please refer to the OWLManager website:
https://www.owl-sys.com/owl_spec_list/owlmanager
Representative's Comment
"As measurement devices become more diverse, we developed this plugin with the desire to allow customers to utilize their existing point cloud data as is. Furthermore, through collaboration with Asia Air Survey Co., Ltd., we have established expertise not only in coniferous trees, which are the primary focus in forestry, but also in the analysis of broadleaf trees. We expect this plugin to be used in a wide range of fields."
(Keiko Shiozawa, Representative Director, OWL Inc.)
About Joint Development with Asia Air Survey Co., Ltd.
This software was realized through joint development with Asia Air Survey Co., Ltd., which has extensive experience in acquiring and analyzing spatial information. By combining the knowledge of both companies, we aim to provide a practical forest analysis environment that supports diverse measurement methods.
About "OWLManager"
"OWLManager" is forest analysis software that, when combined with the ground laser measurement device "OWL," analyzes 3D point clouds measured by laser to extract information such as tree position, diameter, and height, and displays it as a 2D tree location map or a 3D tree walkthrough. It has been widely adopted in the forestry sector, including by the Forestry Agency's Regional Forest Offices and forest cooperatives, as well as in research and forest management at universities and companies.
It should be noted that the 3D forest measurement system "OWL" and "OWLManager" were previously developed and provided by Ad-In Research Co., Ltd. However, the business was transferred to OWL Inc. on May 1, 2026, and is now developed and provided by our company.
Developer
This product was developed by:
OWL Inc.
Location: Kioicho Park Building 8F, 3-6 Kioicho, Chiyoda-ku, Tokyo
Representative: Keiko Shiozawa, Representative Director
Established: March 2, 2026
Business Activities: Development and sales of the 3D forest measurement system "OWL," and others.
URL: https://company.owl-sys.com
Asia Air Survey Co., Ltd.
Location: Shinjuku Green Tower Building 15F, 6-14-1 Nishi-Shinjuku, Shinjuku-ku, Tokyo
Representative: Hitoshi Hatakeyama, President and Representative Director
Established: February 26, 1954
Business Activities: Aerial surveying, and others.
URL: https://www.ajiko.co.jp
Retailers and Distributors
This product can be purchased through retailers and distributors.
* Retailers and distributors are recruited continuously.
* Companies interested should contact OWL Inc.
The following retailers are introduced:
Jitsuta Corporation
Location: 2-8-1 Nakamura, Matsuyama City, Ehime Prefecture
Representative: Keisuke Yamauchi, Representative Director
Established: September 1, 1949
Business Activities: Construction, forestry, and various businesses centered on drones.
URL: https://www.jitsuta.co.jp
Inquiries Regarding This Matter
Inquiries about product features and technology:
OWL Inc. (LAS Plugin Department)
TEL: 03-6823-7138
Mail: owl@owl-sys.com
HP: https://company.owl-sys.com
Inquiries about sales and pricing:
Jitsuta Corporation (OWL Representative)
TEL: 089-931-7175
Mail: products@jitsuta.co.jp
HP: https://www.jitsuta.co.jp
FAQ
What problem does this plugin solve?
It solves the problem of being unable to directly handle LAS format 3D point cloud data acquired by third-party laser measurement devices with existing forest analysis software. This enables effective utilization of data assets.
What are the benefits of joint development with Asia Air Survey Co., Ltd.?
By combining Asia Air Survey's extensive expertise in spatial information analysis with OWL's forest measurement and analysis technology, it provides a practical forest analysis environment that supports diverse measurement methods.
What types of forests does it support?
In addition to coniferous trees like cedar and cypress, it also supports broadleaf trees with clumped stems or branching, enabling analysis of a wide range of forest types.
How can the analysis results be utilized?
Analysis results can be exported as CSV or Shape files, useful for creating forest management plans in GIS and preparing various reports. 3D display also allows for intuitive understanding of the situation.
Does "OWLManager" have a track record of implementation?
Yes, "OWLManager" has been widely implemented by the Forestry Agency's Regional Forest Offices, forest cooperatives, universities, and companies, establishing it as a reliable software in the forestry sector.