Mechanical Calibration

Marsh Metrology’s ISO 17025:2017 accredited mechanical calibration services ensure that your measurement devices remain in optimal condition, providing accurate measurements. From Torque Wrenches to balances and Hardness Testers, our Mechanical calibration services help provide accurate and reliable measurements. 

Due to frequent handling in various environments, and exposure to dust, changing temperatures, humidity as well as exposure to shock, drops, mechanical instruments will be subject to a loss in accuracy and reliability. Regular testing and calibration can help your equipment remain within the tolerance limits required for accurate measurements and results.

Our Calibration Capabilities include:

We calibrate many items and some may not be on this list. Our multi-vendor system (MVS) allows us to handle all of your calibration needs even if you have devices from multiple vendors. 

Brands and models we frequently calibrate

Amongst others, Marsh Metrology frequently calibrates the following brands and models. Click on a brand, to show the most popular models from that brand.

Manufacturers

Instruments

  • Pacific Scientific T5-2002-101-00
  • Shimpo DT-205L

Convenient Service Options

We offer a wide array of calibration services, offered in a convenient way. 

on site calibration

On Site/In-Situ Calibration

We can perform on site and in process calibrations, which are ISO/IEC 17025:2017 accredited and traceable to the National Standards, complete with calibration reports and stickers.

management

Calibration Management

Our calibration management service provides you with in time notifications of instruments that are soon due for calibration. Our customer Portal provides you access to manage your assets as well as our warehouse for equipment storage and fast calibration retrieval

repair

Diagnostic & Repair

Our calibration service offers equipment testing. Should your equipment fail calibration, we can repair and assist with the purchase and calibration of a replacement, in order to minimize your disruption.