Precision Engineering Solutions
Everything the robot sees
starts here.
SCAPE 3D laser scanning technology automates part recognition, positioning and quality control in robotic cells. With a 447 nm blue laser source, sub-millimeter accuracy and IP65 protection, it integrates directly into bin-picking, CNC machine tending and palletizing lines.
Precision integrated directly into the robot arm.
SCAPE 3D scanners, built on a 447 nm blue laser light source, form the foundation for part recognition, positioning and automation processes in robotic cells.
Pro & Ultra, single scan
Against dust and water jets
Ultra series
Proven on production lines worldwide.
From SCAPE's example projects at automotive and industrial manufacturing facilities worldwide — over 100 million bin-picking operations per year.
Mixed Valve Bin-Picking
Metal valves and plastic valve handles lying randomly in a bin are recognized and picked using 3D vision guidance; once a layer empties, the tray is automatically removed. Cycle time under 8 seconds, running 24/7.
Wheel Housing Production
8 kg wheel housing parts are automatically picked and placed via 3D vision guidance even at orientation deviations over 10 degrees; cycle time reduced to 25 seconds.
Steering Knuckle Sorting
A fixed 3D sensor recognizes randomly placed chassis parts on a rack and precisely places them at the defect-detection station; handles 27 different part variants.
Multi-Part Assembly
A vision robot places parts from different bins onto a shared staging table, an assembly robot then takes over and joins them on an indexing table; cycle time 6 seconds.
CNC Machine Tending
A sliding scanner scans multiple bins and long parts, the robot flips the part and feeds the machine; at a 12-second cycle, 6,000 parts/day at 99.99% success.
Trunk Floor & Reinforcement Beam
A semi-structured trunk floor and fully random reinforcement beams are precisely guided to grasp points via 4 fixed SCAPE 3D systems; matched to a 15-second takt time.