[For Molding Applications] Small-Diameter Flow Monitor for Molding Machine Piping
Visualize Cooling Issues in Molding Processes
Insufficient mold cooling can significantly affect molded product quality. NITTO KOHKI's small-diameter Flow Monitor is a low-flow model designed for piping around molding machines. Fluid flow at low flow rate (0.6 to 6.0 L/min) can be visually checked with the rotating two-colored impeller. 【Applications】 • Monitoring cooling water lines of molding machines • Maintaining stable quality in mass-production lines by reducing variations caused by insufficient cooling
Inquire About This Product
Related Videos
basic information
【Features】 ●Small-diameter design for tight mold pitches The small-diameter model is more compact than conventional models FMC-30-3F / FMC-30-4F, making installation easier in tight-pitch applications. ●Visual flow check even at low flow rates from 0.6 L/min Helps detect clogging and insufficient coolant flow at an early stage, contributing to the prevention of defects. ●Easy maintenance with replaceable Flow Vane ASSY The Flow Vane ASSY can be replaced without removing the unit from piping. Wear of the Flow Vane ASSY or clouding can be addressed easily, helping maintain good visibility. ●Prevent molding defects at low cost Visual monitoring of cooling water flow helps prevent cooling-related issues at a low cost.
Price range
Delivery Time
Applications/Examples of results
For more details, please refer to the PDF document or feel free to contact us.
catalog（2）
Download All Catalogs
News about this product（1）
Company information
The NITTO KOHKI Group supports comfortable living and a prosperous future across a wide range of fields—from construction sites to the aerospace industry and global environmental maintenance projects. We respond to increasingly diverse needs with outstanding engineering that promotes efficiency and labor-saving. Our unique technologies are developed from the user’s perspective, creating convenient and innovative tools that serve as bridges to the next generation.
