Boulder Imaging, the Leading Innovator in Machine Vision and High-Performance Video Applications

Boulder Imaging - Inspect the Unexpected™

Boulder Imaging, Inc. is the leading provider of real-time image acquisition, analysis, and processing solutions for high-speed, high-performance, and high-precision manufacturing, engineering, and scientific applications. For over 16 years we have developed proprietary technology to create the fastest, most reliable, most flexible, and most accurate machine vision and high-performance digital video recording systems available. Our intelligent vision systems are used by Fortune 500 companies, and military and government organizations to optimize product quality, drive down manufacturing costs, and measurably improve efficiency. Boulder Imaging's reputation for excellence in quality, innovation, and customer care has made it the fastest growing company in the imaging industry.

• Precise defect and anomaly detection.
• Micron-level measurements made in real-time, regardless of the speed of the manufacturing process.
• Dramatic improvement in inspection accuracy and reliability at very high speeds.
• Elimination of false positives.
• A single vision system that addresses 100% of your computer vision requirements.
• High-speed data acquisition.
• High-speed, high-resolution video recordings for long duration.
• Simultaneous recording from multiple camera/sensor inputs of various input types.
• Fully time-correlated data from all cameras/sensors.
• Guaranteed zero data loss.
• Processing and analysis of massive quantities of data in real-time.

• Engineering and scientific research.

Boulder Imaging machine vision systems are widely used to visually inspect precision parts, web materials, and coatings in-line and off-line for: 

• Product quality assurance
• Product performance verification
• First article inspection
• Spot inspection to ensure adherence to specification throughout production runs
• Total quality management (TQM) compliance
• ISO compliance
• Statistical process control

• Reverse engineering