Custom Load Pins for Force Measurement Designed to Meet Your Specific Needs Load pins are essential for accurate and reliable force measurement in a wide range of applications, from construction and manufacturing to aerospace and energy. At Morehouse, we understand that the accuracy of your load pins is critical to your success. That's why we […]
Upgrade Your Weighing Operations with the Morehouse Wireless Bluetooth Transmitter for Load Cells Introducing the Morehouse Wireless Bluetooth Transmitter for Load Cells – the ultimate upgrade to modernize your weighing systems. Experience the freedom of long-range wireless connectivity that brings real-time data directly to your smartphone or tablet, anywhere, anytime. Effortless Connectivity Wire-Free: Ditch the […]
A Game Changer in Small Force Calibration: Small Deadweight Machine The Morehouse Small Deadweight Machine (SDM) is a game changer in small force calibration. Calibrating small force instruments is often cumbersome, riddled with the inaccuracies of makeshift weight stacking and error-prone manual adjustments. We understand these challenges at Morehouse and are committed to continuous improvement […]
For a century, the Morehouse Proving Ring has set the global standard for precision in force measurement. First manufactured in 1925, it revolutionized material testing by enabling accurate calibration of devices like Brinell hardness testers, dramatically improving safety and reliability across industries such as shipbuilding, aerospace, and construction. Its robust design, exceptional stability, and accuracy—with […]
Discover the latest best practices and risk considerations for maintaining the stability of deadweight primary standards in force calibration laboratories. This article by Henry Zumbrun (Morehouse Instrument Company), published in Cal Lab: The International Journal of Metrology, explains the hierarchy of force calibration standards, the unmatched long-term stability of deadweight machines, and the empirical evidence supporting […]
Load Cell Specification sheets are full of technical information that may not make sense to most. This guidance document on understanding load cell specification document provides a comprehensive guide to interpreting load cell specification sheets, highlighting critical performance parameters, accuracy indicators, and operational limits. This guidance document covers key accuracy parameters—such as Static Error Band […]
How do i set up a force calibration laboratory that meets the highest standards? Our guidance for force lab setup gives the essentials—equipment choices, facility design, and best practices for accuracy and reliability—all distilled from over a century of Morehouse expertise.
C705P Digital Indicator The C705P Digital Indicator is a standalone unit that does not require additional software, load tables, or computers to use the B coefficients and solve for Force. The Morehouse C705P can store coefficients used to predict load cell deflection values throughout the calibrated range. The polynomial equation, fitted to calibration data […]
Force Calculation Guidance Demystifies Equations Understanding how to perform force calculations can be challenging, as not all force calculation equations are straightforward. Different companies often use varying math equations, resulting in different outcomes. This new comprehensive force calculation equation guide, co-authored by Henry Zumbrun, president, and Zach Shearer, software developer, aims to demystify some common […]
