High precision 3D measurements of product dimensions and surfaces in the manufacturing process enable consistent quality and reduce wastage.

• Rapid, non-contact, in-situ, high-accuracy measurements.
• Multi-camera and multi-sensor networks can be used for different angles and larger areas for coverage of entire process flow.
• Precise measurements detect faults, variations and drifts, even within allowed tolerances.
• Real-time insights and alerts enable early detection of defects, reduces scrap, reworks and recalls.
• Automatically creates record of scans, reduces reliance on manual inspections and data entry and human errors.

3D cameras provide accurate and detailed measurements of product dimensions and shapes, ensuring precise placement and optimization of pallet loads.

• Automatically adjusts palletizing patterns to maximize space use.
• Non-contact scanning reduces the risk of damage during palletizing.
• Real-time data monitoring enables early detection of defects, reduces manual inspection and rework.
• Enhanced safety and improved load stability


3D cameras help detect and locate objects in a bin or moving belt with high precision, making it easier for robotic arms to pick up the objects accurately.

• Quickly recognize the orientation and shape of objects, easily for the robotic arm to grasp.
• Accurate and efficient picking increases productivity and reduces labor costs.
• Accelerated training for new objects and shapes
• Work under low-light environments, reducing downtime and increasing efficiency.
• Real-time monitoring, allowing continuous process optimization.

Advanced 3D data capture and analysis is enabling automated assembly processes with high precision, reducing errors, and increasing overall productivity.

• Realtime accurate and efficient part detection and placement
• Precise tracking and positioning during the assembly process.
• Improve assembly speed and reduce the risk of errors.
• Non-contact detection and monitoring reduces the risk of damage to delicate parts
• Reliable and consistent performance under different lighting conditions.