North American Distribution for System to Track Cooling-Circuit Temperatures, Flow Rates
Globeius is now a North American supplier of Mouldpro’s Flosense 1.0 Flexible Flow Monitoring system for tracking manifold pressures and mold temperatures.
Globeius Inc. is now a North American supplier of Mouldpro’s Flosense 1.0 Flexible Flow Monitoring system. Flosense uses sensors to measure the differences in input and output temperatures (Delta T) and pressures (Delta P) within a mold’s cooling circuit, as well as total flow rate through the system. This tracking enables it to alert technicians in real time about process stability and any potential issues, including waterline blockages or leaks; heater or cooler malfunctions; and more.
Setup involves molders installing the sensors in various locations within the cooling circuit, including at the main water supply, the mold heater, within critical cooling channels or in distribution manifolds. The remote display can be mounted wherever is most convenient.
Additional features and benefits of Flosense 1.0 include magnetic mounting; a standard 4.3-in. touchscreen with four manifold inputs; reduced mold changeover and setup time; and a 30-day data management capability for storage on the system or export via built-in USB port. Altogether, Flosense says the benefits of using the system include the potential for reduced cycle times and greater control over the cooling process.

Mouldpro’s Flosense system for monitoring pressures and temperatures in cooling circuits will now be distributed in North America by Globeius. Photo Credit: Globeius
Related Content
-
Injection Molding: Focus on these Seven Areas to Set a Preventive Maintenance Schedule
Performing fundamental maintenance inspections frequently assures press longevity and process stability. Here’s a checklist to help you stay on top of seven key systems.
-
Optimizing Pack & Hold Times for Hot-Runner & Valve-Gated Molds
Using scientific procedures will help you put an end to all that time-consuming trial and error. Part 1 of 2.
-
Three Key Decisions for an Optimal Ejection System
When determining the best ejection option for a tool, molders must consider the ejector’s surface area, location and style.