Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
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Creating CAD from objects through reverse engineering.
Scanning and measuring products. From there, we create 3D CAD data and drawings. Please use our services for re-molding products with lost data or for digitizing improved machined products. We also accept modeling from drawings and STL files.
For various fields of manufacturing! It enables extremely high-precision digitizing.
Tokuda Industrial Co., Ltd. offers reverse engineering services. Using non-contact laser scanning systems, surveyors, and T-SCAN, we can scan items ranging from small objects to large items over 10 meters. Furthermore, by combining high-performance data processing software such as Tebis, PolyWorks, and Sufacer, we enable extremely high-precision digitizing. 【What we can do】 ■ Compare and verify manufactured products with original data ■ Digitize handmade products ■ Feed back the surface shape of molds that have been tuned by hand into CAD data ■ Compare subtle shape differences that cannot be determined by point measurements *For more details, please refer to the PDF document or feel free to contact us.
We can consistently manufacture in-house, achieving cost reduction and short delivery times!
We would like to introduce the "Reverse Engineering Service" offered by Shin-Ei Manufacturing Co., Ltd. By introducing the HEXAGON 3D scanner Absolute Scanner AS1, we can accurately restore products even in the absence of drawings or design data, utilizing high-precision 3D scanning technology and advanced CAD software. If you are having trouble restoring a product, please consider using our service. 【Features】 ■ Reproducing lost designs with advanced technology ■ Introduction of HEXAGON 3D scanner Absolute Scanner AS1 ■ Utilizing high-precision 3D scanning technology and advanced CAD software ■ Supporting various data formats such as "stl, x_t, iges, step," etc. *For more details, please refer to the related links or feel free to contact us.
![[Data] WTI Blog Custom Measurement Reverse Engineering Edition](https://image.mono.ipros.com/public/product/image/e60/2000639477/IPROS34507365260473687407.jpeg?w=280&h=280)
"Custom measurement saves IoT!?" and "Custom measurement and interface circuits!?" are featured.
This document summarizes the WTI blog of Wave Technology Co., Ltd., which is a "development design promotion business" aimed at solving the shortage of engineers, covering the years 2016 to 2020. It includes topics such as "Inquiry Surge! What is Reverse Engineering, which is essential for manufacturing!?" as well as "‘Reverse Engineering’ + ‘Custom Measurement’ = ‘Plus Service’" and "We will start selling reports with ‘Reverse Engineering Plus’." Please take a moment to read it. [Contents (excerpt)] ■ 2016.12.21 Can Custom Measurement Save IoT!? ■ 2016.12.27 Can Custom Measurement Save IoT!? (Part 2) ■ 2017.3.14 Inquiry Surge! What is Reverse Engineering, which is essential for manufacturing!? ■ 2017.7.11 There are few companies that undertake evaluation and testing of electronic components and products! ■ 2017.10.24 Custom Measurement is Technology and Ideas! We tried real-time control. *For more details, please refer to the PDF document or feel free to contact us.
When there are no drawings available for remaking an aging mold, we will create drawings that are faithful to the sample.
At So Engineering Co., Ltd., we measure products without design drawings and create faithful drawings based on samples. Please send us the actual product, or let us know the product photos and approximate external dimensions via email. We will provide you with a quote promptly. We are seeing an increase in cases where there are no drawings when reconstructing aging molds. Please feel free to contact us. 【Request Process】 ■ Please inform us of the approximate external dimensions via email → Quote ■ Measure and extract the dimensions and shape data necessary for drafting ■ Construct and create drawings in 2D or 3D CAD data according to your requirements ■ Submit the data in the specified format ■ After that, we will issue an invoice and return the product to you *For more details, please refer to the PDF materials or feel free to contact us.
3D scanning ⇒ Digitization ⇒ Integration with CAD ⇒ Model creation
A data service company for reverse engineering that converts physical shapes into CAD. - Fusion of scan data and CAD. - CAD modeling from scan data. - Supports both contact and non-contact methods.
We will quantify the shape.
A data service company for reverse engineering that converts physical shapes into CAD. - Fusion of scan data and CAD. - CAD modeling from scan data. - Supports both contact and non-contact methods.
Reverse engineering
A data service company for reverse engineering that converts physical shapes into CAD. - Fusion of scan data and CAD - CAD modeling from scan data - Non-contact scanning
Reverse engineering using 3D scanning.
A data service company for reverse engineering that converts physical shapes into CAD. ■ Integration of scan data and CAD. ■ CAD modeling from scan data. ■ Supports both contact and non-contact methods.
Even without the drawings, as long as we have the item, we can take photos, create the drawings, and manufacture an equivalent product.
Started Reverse Engineering Services With the introduction of 3D scanning, we are now able to offer reverse engineering services. Reverse engineering involves analyzing the structure of a product and creating specifications such as manufacturing methods and design drawings from that analysis to produce the product. In simple terms, even if there are no drawings, as long as there is a physical item, we can take photographs and create drawings to manufacture an equivalent product. If you are facing difficulties with products that only have the physical item and no drawings, please feel free to contact us.
High-precision measurements are possible for small items like coins up to sizes of about 1 meter!
We offer high-precision 3D scanning and reverse engineering as part of our "3D CAD Modeling Shape Inspection Service." Using a 3D scanner with high reliability that can handle complex measurement and inspection tasks, we provide inspection, creation of inspection reports, and CAD data that can be used for STL data and reverse engineering with speed and high precision quality. Additionally, we propose services tailored to your needs using X-ray CT scanning, which is effective when you want to understand the internal condition and shape of a product. 【Features】 ■ High-precision 3D Measurement - Utilizes the high-precision 3D measurement machine ATOS Q from Carl Zeiss GOM Metrology - Capable of high-precision measurements from small items like coins to sizes around 1 meter ■ Reverse Engineering - 3D measurement (scanning) of the actual object, and creating 3D data based on that measurement data *For more details, please download the PDF or feel free to contact us.
Are you having trouble with updating your control devices? We can achieve it through reverse engineering!
By analyzing existing systems through reverse engineering, we clarify their mechanisms, operations, components, and special technologies, and restore functionality using the latest equipment. ■ Are you facing any of these issues? - Want to update foreign electrical products to Japanese-made ones - Want to upgrade analog control to PLC - Want to update black box control - Want to upgrade DC motors to AC motors ↓ ■ We will achieve this through reverse engineering! - We investigate and analyze existing functions and restore them with the latest equipment - We can accommodate a wide range of domestic and foreign manufacturer equipment - You can also leave the maintenance after the update to us.
![[Example] Reverse engineering based on 3D scan data.](https://image.mono.ipros.com/public/product/image/dd1/2000513808/IPROS03954582964948512429.jpeg?w=280&h=280)
I will introduce two methods of reverse engineering based on 3D scan data.
There are various methods for reverse engineering, and the choice of method affects the output data. Therefore, it is necessary to select the optimal method according to the purpose of data use and required accuracy. We will introduce two methods of reverse engineering based on 3D scan data, along with their procedures and characteristics. <Reverse Engineering Based on Cross-Sectional Contour Shape> [Step 1] Acquisition of shape data (point cloud data) using a laser scanner. [Step 2] Polygonization and mesh correction. [Step 3] Modeling is performed using 3D modeling software and 3D CAD software. A sketch of the cross-section is created on a reference plane, and solid shapes are generated using functions such as extrusion and rotation. <Reverse Engineering Based on Surface Shape> [Step 1] Acquisition of shape data (point cloud data) using a laser scanner. [Step 2] Polygonization and mesh correction. [Step 3] Modeling is performed using 3D modeling software and 3D CAD software. A surface that fits the mesh to the surface shape is created for all surfaces to generate a solid shape.
![[Example] High-Precision Reverse Engineering (Simple Shape Work)](https://image.mono.ipros.com/public/product/image/4f8/2000513756/IPROS43364548402808302345.jpeg?w=280&h=280)
We will introduce a method for reverse engineering simple-shaped workpieces with higher precision.
Commonly used methods for obtaining point cloud data for reverse engineering include 3D laser scanners and X-ray CT devices. However, regardless of how precise the equipment used is, an error of approximately ±0.05 to 0.1 mm occurs during data acquisition. Since the scan data is based on these initial errors, it can be said that achieving highly reproducible reverse engineering is nearly impossible. To improve reproducibility, there are methods to correct CAD drawings by incorporating actual measurements using calipers or micrometers, but there are limitations to the shapes and dimensional accuracy that can be measured with small tools. Our company has been providing measurement services using high-precision measuring instruments such as three-dimensional measuring machines and shape measuring machines for many years, enabling us to perform high-precision reverse engineering leveraging our advanced measurement technology. In this blog, we will introduce high-precision reverse engineering methods for simple-shaped workpieces.
