Engineering Services

• Scans using a Perceptron 3D Laser Scanning system
• The collected data is used to produce a polygonal STL file
• The STL file is then used to lay a NURBS grid and output an IGES file

(2) Reverse Engineer to Design Intent

• 3D Laser scanning allows damaged parts to be modeled in the computer
• Dents, scratches and corrosion can be removed in the virtual model
• yields a shape true to the original designer’s intent
• The final model can be used to fabricate new dies and parts

• A Perceptron 3D Laser Scanner is used to scan and extract a character
• The collected data is then aligned and output into a triangulated file
• The final surfaced model can be applied to different products

• A Perceptron 3D Laser Scanner is used to scan and extract surface data of artifact
• File is outputted to keep digital representation

• reeduce wind noise
• eliminate water leakage
• maintain symmetrica lines

How it Works:

• Uses advance algorithms and machine vision
• Inspects the gap and flush of mating parts moving through the assembly line
• When a problem occurs, an alarm notifies personnel
• Graphically displays where to make adjustments

Features:

• Emulates the routine gap and flush checks performed manually by plant inspectors
• Superior performance
• Measures 100% of production in real time
• Renders timely information that can be used as an audit, containment system or as a tool to provide objective directions to finesse fitters
• Available in a robotic or stationary design to offer outstanding fit and finish

• Fixed sensors for a small footprint
• Simple safe operation
• Robotic systems well suited to high model mix and optimum measurement performance