Next-Generation Wireless Shackle Load Pins Featured on International Weighing Review
International Weighing Review's online site features Morehouse Instrument Company’s next-generation wireless shackle load pins.
Morehouse, the industry leader in calibration services, recently launched its wireless shackle load pins, which set new standards in accuracy, durability, and connectivity.
International Weighing Review Portal is the First and Leading Global Resource for the Weighing Industry, connecting B2B (Business-to-Business) Buyers and Suppliers in the field in the one-stop online platform. The portal publishes updated news about new products and companies, case studies, articles, videos, press releases, international conferences and events, and information about weighing fields.
Read the article here: https://www.weighingreview.com/article/morehouse-instrument-company-introduces-new-wireless-shackle-load-pins
Made in the USA, the wireless shackle load pins are built for harsh conditions. During testing, the load pins were still broadcasting after being submerged for 72 hours.
Engineered to outclass others with a typical 10:1 performance margin, they boast a robust 5x overload capacity and superior IP67 protection. Comparison tests showed the Morehouse Shackle Load Pin was around 39.56 times more repeatable and, at a minimum, had reproducibility data that was 3.76 better and, on some points, up to 43.5 times better. With wireless capabilities, these pins allow monitoring from a 600-meter range, enhancing safety and operational efficiency across various lifting and rigging tasks.
Morehouse Shackle Load Pins suit various industries, including construction, shipping and logistics, oil and gas, and manufacturing. For information, contact Morehouse at Info@MHForce.com.
About Morehouse Instrument Company
Morehouse Instrument Company, a trusted and accredited provider of force and torque measurement services for over 100 years, offers measurement uncertainties 10-50 times lower than the competition. Morehouse helps commercial labs, government labs, and other organizations lower their measurement risk by lowering equipment uncertainties for torque and force measurement.
