3D Scanning

3D scanning is the process of creating a digital 3D model by precisely scanning the surface of a physical object.

This technology captures the shape, size and details of the object using laser or light-based sensors.


The acquired data is then processed with computer-aided design (CAD) software to produce a digital model. Reverse engineering is a process usually used to understand and analyze the design of an existing product or part and use this information to create a new product. 3D scanning is an important tool for reverse engineering because it speeds up and streamlines the design process by converting the physical characteristics of an existing object into a digital model. This method is widely used, especially in areas such as product development, prototyping and parts manufacturing.

Usage Areas

Situations where the product to be reproduced does not have 3D data

Inadequate documentation of the original design

The product that the customer needs is no longer produced

Need for revision in product design

Original CAD data is not sufficient for current manufacturing methods

Part deterioration, breakage

Industries

Defense

3D printing systems, which provide high-quality solutions for forms with complex geometries made of materials as durable as aluminum, meet the needs of the defense and security industry.

Machine Industry

With its ability to simplify the production of parts with complex geometries, enable rapid prototyping, and reduce material waste, it makes significant contributions to industrial manufacturing processes.

Robotics and Automation

Robotic automation and layered manufacturing technologies are now used directly in part manufacturing, playing a crucial role in Industry 4.0 by saving time and costs, and enhancing product features with high-performance materials.

Aviation and Aerospace

3D printing offers the possibility of producing lightweight and durable components that meet aviation standards.

Consumer Durables

3D printers offer a cost-effective and fast solution for producing functional parts on-demand, particularly saving time and labor in prototyping for R&D purposes.

Automotive

The 3D printing method addresses the critical component needs of organizations in the automotive industry. Layered manufacturing technologies offer significant savings by reducing production time and costs.

Electronics and IoT

Speed is the primary need of electronic manufacturing, and 3D printing meets this requirement. Engineers increase their efficiency by shortening design time and producing optimized parts with 3D printing

Education and Research

Our reliable layered manufacturing solutions help students experience theoretical knowledge in practice. Rapid prototypes offer time and cost advantages in the product development process.

Marine

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