National Force Calibrations Plus LLC
Providing Accredited Onsite Calibrations of Force, Strain, Displacement, and Speed
Home Page
About Us
Contact Us
Links
Site Map
ASTM E4 Sample Report
Small Business Status
Spare Parts and Used Machines
AASHTO Customers
 Accredited, Experienced, Insured
Onsite Calibrations and Training
Dedicated to providing high quality, timely, and accurate onsite Calibration Verifications of Force, Strain, and Displacement Transducers used on Materials Testing Instruments. We use HBM MGCPlus  and DMP 40 Signal Conditioners, two of the most accurate systems in the world. Our custom software reads data directly from the HBM Instruments.

                         

  HBM MGCPlus with ML38 Amplifier System and DMP 40 Amplifier
 

ISO 17025 Accredited, NIST traceable calibrations performed onsite. Certificates provided at the end of the visit. Certificates meet all requirements of ASTM E4, ASTM E83, E2309, ISO 5893,  and ISO17025.

 

                     

 

  Members of The American Society for Quality

Founding Information
Each of the founders have over 20 years experience in the Materials Testing Industry. This means that you will benefit from the real life hands on experience of working directly with a wide variety of materials testing applications and instrumentation.
 
Accreditation Status to Guide 17025:
Link to A2LA Scope:
 Accreditation is to ASTM E4, ASTM E83, ASTM E2309, ISO 7500-1, and ISO 5893.
 
       An A2LA Accredited Company
                                             Certificate Number 2621.01
 
Plus Services
Our primary service is onsite verification of load cells, extensometers, crosshead displacement, and speed. Our Plus services are training in Software, Instrument Operation, and Materials Testing Introductory Courses. We are also willing to assist in the installation of used instruments.
 
 
 
Unsure about Uncertainty?
 
We would be glad to work with you in your understanding of the uncertainty as it is applied to Materials Testing Instrumentation and the reporting of results. Believe it or not, we actually understand uncertainty and can explain our uncertainty results and how they were calculated.