3D Scanner Scanology AXE-B11: Professional Solution for High-Precision Measurements of Large-Scale Objects
In modern industrial manufacturing, measurement accuracy and speed define a company's competitive edge. The Scanology AXE-B11 3D scanner opens new possibilities for large-scale 3D measurements without requiring additional equipment, making it an indispensable tool for metrology laboratories, design bureaus, and manufacturing facilities.
This professional solution from Scantech combines advanced laser scanning technologies with an integrated photogrammetry system, ensuring exceptional accuracy and work productivity. For professionals seeking a reliable tool for quality control, reverse engineering, and new product development, the AXE-B11 becomes the optimal choice.
Technological Excellence: Innovative Scanning System
Multi-Beam Architecture for Maximum Productivity
The scanner's foundation consists of 11 crossed blue laser lines that significantly increase measurement speed to 1,300,000 points per second. This architecture enables the creation of detailed digital models of even the most complex objects in minimal time, saving working hours and reducing operational costs.
An additional separate laser line expands the scanner's capabilities, providing access to hard-to-reach areas. One blue laser line can quickly acquire 3D data of deep holes and inaccessible positions of complex objects. This is critically important when working with automotive industry parts, aerospace components, and complex stamped products.
Integrated Photogrammetry: Precision on a New Level
The built-in photogrammetry system is a key advantage of the AXE-B11. It enhances volumetric accuracy to 0.020 mm/m and ensures overall accuracy up to 0.020 mm, meeting the highest standards of metrological equipment. The scanner has ISO 17025 certification, confirming its professional level for large-scale 3D scanning without additional devices.
Such precision opens new horizons for metrologists, allowing detection of even microscopic deviations from nominal dimensions and timely correction of manufacturing processes.
Efficiency and Versatility in Operation
Time and Resource Savings
The AXE-B11's productivity impresses even experienced specialists. Ultra-high speed facilitates the measurement process of large parts with 1,300,000 measurements per second, saving considerable working time and labor costs. When working with large surfaces and voluminous parts, this means reducing project time several times compared to traditional measurement methods.
The large working range allows for rapid coverage of significant areas. With a scanning area of 550 mm × 600 mm, very few markers are needed to complete scanning, simplifying object preparation for measurements and accelerating the entire digitization process.
Flexible Operating Modes for Various Tasks
The AXE-B11 supports both high-efficiency scanning mode for large-scale work and single-line mode for scanning deep holes and inspecting hard-to-reach places. This versatility makes the scanner an ideal tool for a wide range of industrial applications:
- Quality control of stamped automotive body parts
- Aerospace component inspection
- Reverse engineering of complex mechanisms
- Prototype development and testing
- Measurement of large-scale industrial equipment
- Working with Complex Surfaces
Modern manufacturing processes require measuring parts with diverse surfaces. The AXE-B11 delivers accurate results even when scanning reflective or shiny objects, which is critically important for the metalworking industry and production of polished components.
Practical Applications in Industry
Automotive Industry: Stamped Parts Control
The AXE-B11 can capture the complete geometry of stamped parts in minutes and compare it with CAD models to detect any defects or deviations. For automotive component manufacturers, this means the ability to quickly verify hole positioning, surface flatness, and overall part deformations that directly affect assembly quality and vehicle performance characteristics.
Unlike traditional measurement methods that are limited by positioning and have low flexibility, the AXE-B11 allows scanning parts from multiple angles, ensuring complete geometry control without risk of product damage.
Aerospace Industry: Maximum Precision Requirements
In the aerospace industry, where even micron deviations can have critical consequences, the AXE-B11 demonstrates its value. The scanner provides detailed inspection of complex aircraft engine components, fuselage elements, and control mechanisms, guaranteeing compliance with the strictest quality standards.
Mold and Die Manufacturing
For mold manufacturers, the scanner becomes an indispensable assistant in designing, inspecting, and repairing tooling equipment. Rapid capture of complex parts allows for design improvements and precise inspections, reducing the number of reworks and production waste.
Integration into Digital Workflow
Seamless Work with CAD Systems
The scanner can process and export data in numerous file formats (PLY, XYZ, DAE, FBX, MA, OBJ, ASC, STL, and others), ensuring compatibility with all popular CAD platforms such as SolidWorks, CATIA, and Siemens NX. This creates a continuous digital chain from physical object to finished 3D model.
Flexible System Configuration
The AXE-B11 meets various measurement needs through free combination with precision reference bars, Helpers engineering sets, and other accessories. Such modularity allows adapting the system to specific tasks and project budgets.
Business Advantages
Competitive Benefits
The AXE-B11 3D scanner is an indispensable device for 3D scanning to stay ahead of competitors and capture more market sectors. Investment in professional metrological equipment pays off through:
- Reduced time-to-market for products
- Decreased defect and rework rates
- Enhanced reputation as a reliable supplier
- Ability to take on more complex orders
- Optimized quality control costs
Investment in the Future
Acquiring the AXE-B11 is not just equipment purchase, but an investment in digital manufacturing transformation. The scanner enables creation of a digital component library, simplifies product documentation, and accelerates new product development processes.
