Our commitment to quality extends to the microscopic level. The Opti-DPC Video Optical Inspection Unit is a powerful tool for high-magnification analysis, allowing us to scrutinize the most intricate details of a machined component. Paired with the advanced ZView DMP-3000 software, this system enables us to not only visually inspect but also precisely measure minute features directly on-screen. It is an essential part of our quality process for verifying critical edge breaks, analyzing surface finishes, and providing definitive visual proof of our workmanship.

Key Features and Specifications:

• Type: High-Magnification Video Optical Inspection System

• Model: Digital Precision Corporation Opti-DPC

• Software: ZView DMP-3000 Dimensional Measurement & Imaging

• Primary Function: Detailed visual inspection and software-assisted 2D measurement

• High-Magnification Visual Analysis: The system provides a crystal-clear, high-resolution view, enabling our technicians to identify and analyze tiny imperfections, surface texture, and the quality of deburring on critical features that are invisible to the naked eye.

• Advanced 2D Measurement Software: The integrated ZView DMP-3000 software allows for precise, on-screen measurement of small features such as radii, chamfers, thread profiles, and tool marks, ensuring they conform to all specifications.

• Comprehensive Digital Documentation: We can instantly capture high-quality images and video clips for our inspection reports. This provides clear, visual documentation and an indisputable record of a part's condition before it leaves our facility.

• Enhanced Defect Detection: This system is invaluable for detecting subtle defects like micro-scratches, contamination, or inconsistencies in surface finish that could impact a part's performance but might be missed by other inspection methods.

• Critical Process Verification: By closely examining features like the cut of a thread or the quality of a laser mark, we can verify that our manufacturing processes are performing exactly as intended, ensuring part-to-part consistency.