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Advanced Vision Components Powering Robotic Innovation
Growth of the robotics industry in the 21st century has been unparalleled. Technology has taken us from the image of large material handling robots picking up cars and moving them around, to the first in-home robotic vacuum cleaner. It is important that we distinguish between these two types of robots. They are both very much a part of the automation age we now live in, but have very different vision requirements. The first type, used in manufacturing and warehousing of products, are referred to as Industrial Robots. The types that assist us in our day to day living, are referred to as Service Robots.
Technological advances in both types of robotics are impacting virtually every industry. New markets are emerging everywhere - from the manufacturing floor to hospitals, skilled nursing facilities and rehabilitation centers, shopping malls, private homes, and disabled individuals who finally have a promise for a better quality of life. Driving these developments are increasing capabilities of robotic vision systems. Cameras and components now offer many powerful features and characteristics that expand robot possibilities in ways that are revolutionizing how we work and live.
Faster processing speeds, higher resolutions and new camera standards such as GigE Vision, are helping robots talk to each other, as well as ourselves. Smart Camera technologies, and powerful feature-rich miniature video cameras offering full color HD, are expanding possibilities and options for Original Equipment Manufactures (OEM) and integrators looking to create new markets and applications for their customers.
Your Trusted Partner Since 1986
STEMMER IMAGING USA has been assisting OEMs, system integrators, and end-users with vision components since the dawn of the vision industry. A premiere, vertically-integrated distributor since 1986, STEMMER IMAGING USA offers you access to an extensive inventory of the industry's premier manufacturers of CCD and CMOS cameras, cables, image acquisition boards, lenses and software products. Our application specialists provide industry insight and guidance to help you select the right products to achieve your specific results.
LEARN MORE ABOUT OUR HISTORYKey Vision Applications in Robotic Vision
Vision-Guided Pick & Place
High-speed cameras provide real-time position and orientation data, enabling robots to accurately pick randomly positioned parts from bins, conveyors, or pallets. Vision systems guide robotic arms with precision, adapting to part variations and eliminating the need for expensive fixtures and positioning equipment.
Assembly Guidance & Verification
Vision systems guide robots through complex assembly tasks, ensuring proper part alignment, orientation, and placement. Cameras verify each assembly step, detecting errors immediately and preventing defective assemblies from advancing through production, improving quality while reducing rework.
Quality Inspection & Defect Detection
Robots equipped with vision systems perform automated quality inspection, detecting defects, measuring dimensions, and verifying product specifications. Mobile inspection robots navigate production floors independently, bringing flexible quality control to multiple workstations without fixed infrastructure.
Collaborative Robot (Cobot) Vision
Cameras enable cobots to work safely alongside human workers by detecting proximity and adapting movements. Vision systems provide cobots with the awareness needed for safe human-robot interaction while performing tasks like assembly, packaging, and material handling in shared workspaces.
Autonomous Navigation & Mapping
Vision sensors and cameras enable mobile robots and Autonomous Mobile Robots (AMRs) to navigate facilities independently. 3D vision systems create maps, detect obstacles, and plan optimal routes for material transport, inventory management, and facility inspection applications.
Bin Picking & Depalletizing
3D vision cameras enable robots to identify and grasp randomly oriented parts from bins and containers. Advanced imaging components provide depth information and surface detection, allowing robots to handle complex picking scenarios that were previously impossible to automate.
Don't see your specific application? Contact STEMMER IMAGING USA to discuss your custom needs.
Advanced Vision Technologies for Robotic Applications
Robotic vision systems require specialized imaging components that provide real-time feedback while operating in dynamic manufacturing and service environments. Key Technologies Available:
- High-Speed GigE Vision Cameras for real-time robotic guidance and feedback
- 3D Vision Cameras and Structured Light Systems for depth perception and object recognition
- Smart Cameras with Embedded Processing for standalone robotic guidance
- Compact USB3 Cameras ideal for mounting on robotic arms and end effectors
- Wide-Angle and Fisheye Lenses for navigation and obstacle detection
- Industrial Lenses optimized for various working distances and magnifications
- Ruggedized Camera Housings protecting vision components from impacts and contaminants
- Multi-Camera Systems providing complete coverage for complex robotic applications
These components from leading manufacturers enable OEMs and integrators to equip robots with the vision capabilities needed for intelligent automation across diverse applications.
BROWSE OUR TRUSTED BRANDSBenefits of Robotic Vision Systems
Enhanced Flexibility & Adaptability
Vision-equipped robots adapt to part variations, mixed product lines, and changing production requirements without reprogramming or retooling. This flexibility enables manufacturers to respond quickly to customer demands, accommodate high-mix production, and reduce changeover times compared to traditional fixed automation.
Improved Accuracy & Consistency
Vision systems provide robots with precise position and orientation data, enabling accuracy measured in fractions of millimeters. Robots equipped with vision perform repetitive tasks with consistent precision 24/7, eliminating variation caused by human fatigue and improving overall product quality.
Increased Productivity & ROI
Vision-guided robots work continuously at high speeds, increasing throughput while reducing labor costs. The combination of speed, accuracy, and flexibility delivers rapid return on investment, with many robotic vision applications paying for themselves within 12-18 months through increased productivity and reduced waste.
Safe Human-Robot Collaboration
Vision systems enable cobots to detect and respond to human presence, allowing safe collaboration in shared workspaces. This opens new automation opportunities in applications where full automation isn't practical, combining human decision-making with robotic precision and endurance.
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