Impressive Gage Calibration Accuracy
Created at : Mar 01 2022
Gage calibration is an essential and important part of modern industry and manufacturing. Covering a vast array of sectors of the economy including everything from the medical field to aerospace and military as well as many other applications, there are broad uses and needs for advanced gage calibration. Indeed, when it comes to dimensional calibration, having access to a state-of-the-art facility and expert staff and technicians can make all the difference. It is best to work with a company that offers an innovative laboratory. One with double wall construction is always the best option.
Sample at the Least Every Thirty Seconds and Adjusts Every Three Minutes
In addition, the lab should have a four-inch air envelope allowing for optimum environmental control and management. There should also be a CSI type computer system that is designed to positively control temperature and humidity. The system should afford the user or operator the ability to sample at least every thirty seconds and adjust every three minutes as needed at minimum. It is also best to have a slab floor that is at least 25 inches with R-60 insulation and an integrated .0101-micron filter system. This helps to ensure that the conditions are in place for measurements in the millionths.
Speeding Service While Also Assuring Precise Measurement Accuracy
A lab of this professional standard should be equipped with the latest and most advanced computerized technical precision equipment. Everything from a laser interferometer system as well as a micro-process or digital height gage arrangement is important. This equipment is tasked with speeding service while also assuring precise measurement accuracy under a host of conditions. With so much to offer it is clear to see why Ledford Gage Lab is such a trusted and respected name in the business. The company brings years of experience to the table in working with all aspects of calibration and testing. To learn more simply visit online or call today.