A clear digital display, robust construction and high Mahr accuracy characterize our digital dial gages. The range includes measuring instruments for all applications. Various interfaces for data transfer and a high protection rating up to IP 54 leave no demands unfulfilled. For more information about the MarCator 1086 Ri Digital Indicator, CLICK HERE. Giving Your…
Statistical quality control (SQC) has been in use since the 1930s, when it was performed with paper, pencil, and maybe a slide rule. Statistical quality control (SQC) has been in use since the 1930s, when it was performed with paper, pencil, and maybe a slide rule. As such, it was originally somewhat time consuming, and…
The American Petroleum Institute (API), headquartered in Washington, DC, USA is a world leader in the development of standards for all aspects of the oil and natural gas industry. When using API sanctioned gages for the inspection of products or calibration of other gages, it is critical that the user have a high quality gage,…
Measuring vs. Gaging: The Value of Conserving Measuring Range Many people confuse the act of measuring a part with that of gaging a part. And although they are quite similar, understanding their subtle differences can improve the accuracy and efficiency of both processes. Measuring is the process of determining the dimension of a part by…
All gaging equipment must be calibrated periodically to ensure that it’s capable of performing the job for which it’s intended: i.e., measuring parts accurately. This has always been necessary for the purpose of maintaining quality, but there are now additional, external reasons to establish and maintain a regular program of gage calibration: customers’ requirements. More…
Manufacturing medical implants: from powder to full part certification, discover Renishaw’s end-to-end AM process chain Medical device requirements Complex conformal design involving a lattice structure for osseointegration and faster patient recovery time Opportunity to manufacture using materials such as titanium alloys, which are difficult to produce using traditional investment casting techniques Traceable process information from…
Over the years we have looked at using air gaging and back pressure to measure small bores, generally under 1 mm/0.040”. Air gaging can be an acceptable way of doing this, but it does not provide any form information; it only provides the flow area as related to the diameter. However, because these holes are…
Postle Industries developed Ultraband®NM (U.S. Pat. No. US 9,724,786 B2) to protect non-magnetic drill collars and related components. Ultraband is a hard 40 Rc (which will work harden in service to 50 Rc), wear resistant, 100% crack free hardbanding alloy. Ultraband also meets magnetic resistance compared to permeability specifications and offers substantially improved wear resistance…
Postle Industries has developed a patented (U.S. Pat. No. US 10,751,824 B2) procedure using today’s latest welding technology and exclusively designed premium buildup wire for the rebuilding of workstring tubing upset connections. Postle Industries developed and patented this procedure in 2017 to help customers recover downgraded assets due to wall loss of the upset connections…
We have developed several processes that can improve welding and wear performance utilizing CMT Technology The above photo shows the CMT process utilizing Postle’s Tubeweld NCMT to rebuild the O.D. of tubing upsets. The above photo is of the CMT process utilizing Postle’s Ultraband NM to protect non-mag tools. The above photos are of slip…