Metrology inspection requires precise, controlled positioning of both the object being measured and the sensor to ensure accurate, repeatable results. At Reliant Systems, Inc., we provide high-precision motion stages that support the development of advanced metrology equipment. Our solutions enable accurate alignment, smooth movement, and access to multiple points across an object's surface.

The Fundamentals of Metrology

Metrology, in general, encompasses all practices used to obtain accurate measurements. In manufacturing, linear measurement plays a key role in verifying dimensional accuracy—such as length, height, and diameter—for quality control. This process relies on various methods and equipment, including precision motion stages.

Real-World Uses of Metrology Inspection

Metrology serves a vital role in industries like aerospace, medical devices, and automotive, which rely on the utmost precision throughout their respective manufacturing processes. Our stages enable you to build metrological equipment for purposes like:

• Calibration and maintenance
• Dimensional inspection
• Surface finish measurements
• Automated optical inspections
• 3D scanning
• Compliance checks

Solutions for Metrology Inspection From Reliant Systems, Inc.

Our solutions include high-precision motion systems ideal for metrology applications in optics, semiconductor, and photonics applications. We develop stages with the motion necessary for your positioning needs. These systems include:

• Rotary stages: Create the ideal orientation for more effective inspection of components and surface topography. 
• XY stages: Facilitate flat movement along the X and Y planes. We supply various solutions, including air-bearing stages, which deliver the highest level of accuracy. 
• Linear stages: These systems use precise and controlled linear motion. This movement serves various metrology applications, such as surface metrology or optical inspection. 
• Air bearing stages: These solutions include frictionless motion for high precision and minimal error motions, enabling applications like guiding probes on coordinate measurement machines. 
• Z-axis and lift stages: Limit motion to the vertical axis for precise positioning and alignment during metrology tasks. 

You can integrate these solutions in conjunction with coordinate measuring machines, laser trackers, vision systems, structured light scanners, and other technologies to capture reliable and consistent measurements.

The Value of Our Advanced Metrology Inspection Equipment

The stages we develop enable precise inspection and limit the time necessary to maintain smooth production. A few advantages of these solutions include:

• Enhanced precision: Stages move along a set path with minimal deviation, enabling more effective measurement. 
• Increased efficiency: Parts move automatically through the metrology inspection process to ensure ongoing production.
• Cost reduction: Streamlining positioning alleviates time constraints and allows for focus on other value-add activities within your organization.
• Improved quality control: Enhanced precision ensures consistent and repeatable performance, mitigating quality risks across all scales of production.

In addition to our standard and custom motion solutions, we offer precision contract manufacturing to support your specific metrology requirements. With competitive pricing, high-quality standards, and reliable lead times, combined with our dedication to building long-term partnerships through attentive service and responsiveness, our team is fully equipped to assist you at every stage—starting from initial discussions and continuing through to post-shipment support.

Contact Us for More Information

Metrology inspection requires positioning equipment like the stages we offer at Reliant Systems, Inc. We provide a vast selection. Our solutions give you the movement and other specifications your application requires, including travel, accuracy, and bidirectional repeatability. Contact us for a quote or to discuss our metrology inspection solutions in more detail.