Master Gauge Builders Our master gauge builders, have designed and built over 7,000 precision gauges for our customers around the world. Sigma Technology Services offers custom design and build options to meet all of your inspection needs from designing the concept, to machining and assembly of the fixture, to Gauge R&R qualification studies, and finally implementation in your shop. Our gauging has exceeded our customers demanding standards year after year. Engineering: We will design to your exacting requirements. Our design engineers utilize the latest modeling tools including Unigraphix to create your tooling. Our application specialists work with our designers and tool makers to qualify your inspection system to ensure your product meet your needs before it ever leaves our facility. The Pneumatic Digital Option The digital probes are accurate up to 1.27 microns or .00005”. A single workstation can accommodate up to 62 probes. With customization, that number can be doubled to 124 probes per Orion Workstation. The pneumatic feature requires standard shop air and has filtration, moisture and pressure regulation built in. Linear Encoder The addition of a linear encoder with remote trigger renders manual height gages obsolete. The encoder accomplishes in seconds what normally requires several minutes with a standard height gage, while also reducing the possibility for error. Non-Contact Options The Orion SPC Advantage Software already interfaces with precision laser and machine vision systems to offer superior resolution without the restriction of point to point contact with your product. Ask to speak with one of our application specialists in order to determine if non-contact is the right approach for your process. Customization Sigma Technology Service’s team of programmers is experienced at interfacing the software with most commercial electronic measurement systems and databases. The software can be customized to integrate seamlessly with your existing inspection system or database. Customized features are quoted based on an hourly rate and the expected time required to complete the interface.