3D Measurements
Agility, technological innovation, portability, and practicality in three-dimensional measurement.
Laser Tracker
If you need long-range measurement with precision, Kinix has the solution.
Scanning
The latest technology for non-contact measurement and data acquisition of a product.
Reverse Engineering
If you have a part with no design history, we can replicate it and generate a 3D or 2D drawing.
With innovative technology that combines practicality and portability in 3D measurement, Kinix offers precise solutions to meet the most diverse market demands.
Our portable equipment ensures full flexibility in accessing different work environments, allowing measurements to be carried out directly at the client’s site without the need to move parts or components.
For services requiring immediate results, our processes are conducted quickly and efficiently, enabling real-time monitoring for adjustments in production or tooling processes.
The technology used allows detailed inspections with 3D CAD models, 2D drawings, or specific measurements according to technical requirements.
At the end of the service, the dimensional report is delivered in easy-to-read formats, such as Excel or PDF, ensuring clarity and precision in the presented data.
Fields of Application:
- Production processes
- Automotive sector
- Aerospace industry
- Shipbuilding
- Foundry and forging
- Boilermaking
- Manufacture of control devices
- Wear analysis in machines, tools, molds, and other components
Our long-range coordinate measurement equipment combines portability and extreme precision, making the measurement process fast and effective. Its advanced technology not only ensures highly reliable measurements but also enhances the precision and lifespan of the analyzed items.
Designed especially for large part measurements, alignment, and assembly of machinery and tools, the equipment stands out for its versatility, extended range, and excellent accuracy.
Fields of Application:
- Alignment and leveling for equipment installation and maintenance.
- Measurement of parts of small, medium, and large sizes, with a range of up to 120 meters.
- Measurement based on 3D models or 2D technical drawings.
- Geometry reading for reverse engineering applications.
Using advanced laser scanning technology, we perform accurate surface reading through the generation of a point cloud. This process enables detailed capture of physical models, which can be used both for measurements and as a data base for reverse engineering. In measurement cases, the point cloud extracted from the real model is compared to the theoretical 3D drawing, ensuring precision and reliability.
In addition, we specialize in 3D modeling, rendering, illustration, and image manipulation, enabling the creation of any visual representation required for technical and conceptual projects.
Fields of Application:
- Production processes
- Automotive sector
- Aerospace industry
- Shipbuilding
- Foundry and forging
- Boilermaking
- Wear analysis in machines, tools, molds, and other components
Reverse engineering is a process focused on recreating part models that have worn out or no longer have documented history, such as technical drawings or CAD files.
The procedure involves collecting data through physical model scanning, followed by processing this information for 3D modeling, resulting in an accurate CAD file. This process is performed regardless of the shape or complexity of the surfaces, ensuring high fidelity in reproducing the original component.
Fields of Application:
- Modification and enhancement of existing products.
- Collection of technical data from 3D and 2D parts.
- Creation of replicas for the replacement market.
- Surface extraction for the development of new tools.
Transform your challenges into innovation with cutting-edge reverse engineering and 3D scanning.
