Best quality inspection for highest quality products
SACCADE VISION - World’s 1st feature-based 3D camera
MEMS-based laser projector enables absolute flexibility in 3D scanning
Stationary scanning helps to achieve better performance due to the lack of vibrations and no need for motion synchronization
Selective resolution: scan important locations with very high resolution;
ignore non-important locations
Optimizing 3D data acquisition and processing on important features (based on prior knowledge)
Auto inspection setup from CAD
Ultra-High Local Quality
~10x higher resolution vs traditional 3D sensors
Feature-based optimization of 3D data acquisition
Thin-wall 3D printing target –minimal printable object
Traditional 3D sensors: Uniform resolution, Single direction
Data acquisition pattern optimized per feature
Automatic CAD-to-Inspection Conversion
quick eyes movement
Human eyes move quickly and locate interesting features with greater resolution, building up a mental, 3D 'map’ of the scene.
And this is exactly what we wanted to imitate.
100% quality control without slowing down the manufacturing process
Saccade makes the inspection faster by focusing on important locations with high quality while ignoring non-important locations. This approach helps to significantly reduce both data acquisition time and the amount of data that needs to be processed.
Precision down to 10μm
By smart local optimization of data acquisition and data processing, Saccade achieves the level required by most demanding processes.
Typical annual ROI - 3x:
Added Value vs Annual System Cost
Annual added value includes the reduction in machine setup time of 30%-40%, the reduction in QC labor and the depreciation of expensive CMM and process capacity (Cpk) improvement.
Fits multiple manufacturing processes and parts
The flexibility of local scanning with variable resolution and local optimization of scanning parameters enables the use of the same inspection hardware for multiple different parts and processes, easy programming and automatic adaptation in software.
Generates valuable data for
Advanced process and machine health analytics and better Design-For-Manufacturing