🔹 What is 3D Scanning?
3D scanning is the process of transferring a physical object into a digital environment using special optical or laser-based devices. Thanks to this technology, a real-world part can be measured with millimeter precision and transformed into a one-to-one digital model in a computer environment.
During the scanning process, the device detects thousands or even millions of points on a surface and combines this data to create a dataset called a "point cloud." This data is then processed and converted into a mesh (STL) or CAD model. Thus, a physical object gains a digital form that can be used in manufacturing and engineering processes.
🔹 How does 3D scanning work?
3D scanning systems typically use light projection or laser technology. The scanner projects light onto the object's surface and analyzes the reflected data to calculate the geometric structure.
This process consists of the following steps:
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Data Collection:
The scanner takes millions of measurement points from the surface of the part. -
Point Cloud Generation:
The collected data are combined to create a 3D point cloud. -
Creating a Mesh (STL):
The points are connected to form a surface, which is then converted to STL format. -
CAD Modeling (Optional):
If necessary, a technical model can be created from this data that can be edited in software such as SolidWorks.
🔹 Our Professional 3D Scanning Systems
At CAD4TECH, we use two professional 3D scanning systems to provide the best solution for parts of all sizes and levels of detail.
Fixed 3D Scanning System
For small parts and ultra-fine details, we use a high-precision fixed 3D scanning system. This system captures complex geometries and the finest surface details with exceptional accuracy, making it ideal for reverse engineering, quality inspection, and precision manufacturing.
Handheld 3D Scanning System
For large objects, we use a professional handheld 3D scanner that delivers fast, accurate, and reliable results. We can scan machine parts, molds, automotive components, industrial equipment, furniture, sculptures, and other objects measuring **up to 5 meters or more**.
By combining both scanning technologies, we can select the most suitable method for each project, ensuring the highest quality 3D data regardless of the size or complexity of the object.
🔹 Why Use 3D Scanning?
3D scanning technology is an indispensable solution, especially for parts that lack technical drawings or are difficult to measure.
The most common uses are:
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An exact copy of an existing part.
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Remanufacturing broken or missing parts
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Digital archiving of old parts.
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Quality control and measurement comparison
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Product development and R&D processes
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Analysis before mass production
🔹 Our Services
🔹 Part 3D Scan
We scan your existing parts with high precision and deliver them in STL or CAD format.
🔹 Reverse Engineering
We redesign your parts that lack technical drawings and prepare them for production.
🔹 Measurement and Comparative Analysis
We perform defect analyses by comparing your manufactured parts to a reference model.
🔹 Mold and Industrial Part Scanning
We offer professional scanning solutions for molds, machine parts, and products with complex geometries.
🔹 Why CAD4TECH?
✔ High precision measurement
✔ Fast delivery time
✔ Industrial experience
✔ Customer-focused service
✔We offer customized solutions for every project.
🔹 Who is it suitable for?
✔ Mold manufacturers
✔ Machine manufacturers
✔ Spare parts manufacturers
✔ Designers and engineers
✔ Companies that have a product but lack technical drawings
🔹 In what formats do we deliver?
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STL
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OBJ
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STEP
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IGES
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SolidWorks compatible CAD files
🔹 Applications
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Product development
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Quality control
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Spare parts manufacturing
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R&D studies
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Prototyping
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Digital archiving
