Water Manifolds help you increase cooling efficiency and speed cycles by providing ample water supply to cooling processes.
Ideal for monitoring water flow and, when used in conjunction with a control valve, permits precise regulation of water flow.
Designed for use in extremely low flow applications in critical mold cooling channels such as those with bubblers or baffles.
Smartflow Flow Regulators provide a unique, single-point manual flow control. The Delta-Q is a low-cost precision flow regulator module.
In-Mold Sensors help prevent accidental mold close in injection molds by verifying the position of mold components such as ejector plates, slides and cores.
The Mold Temperature Regulator effectively controls mold cooling water temperature between 80°F and 120°F (27°C and 49°C) to maintain a steady mold temperature.
The SWAP Valve is a simple, manually selectable device that supplies cooling water to the mold during processing or air to purge the water from the mold, cooling lines, Supply and Return manifolds prior to tool change.
FasTie Quick Ejector Tie-In System quickly "ties-in" the mold ejector plate to the press ejection system in an injection molding press, dramatically reducing mold change time.
This comprehensive 2-day class is for designers, mold builders, tooling engineers, and mold technicians who want to better understand and control the effects of mold cooling resulting in a more robust mold design, mold build, and molding process.
The Smartline® system employs rollers that run atop a stationary saddle affixed to the press tie bars, eliminating wear and the need for grease. Using the Smartline System, molds with critical parting line alignment run longer without maintenance. Leader pins and mold alignment components last longer. Clean molding applications run without greasing the tie-bars.
Find the flow rate where your cooling water makes the biggest impact on heat transfer. Enter your water temperature, percent of Ethylene Glycol, cooling circuit shape and size. The calculator will show you the flow rate needed to achieve your desired Reynolds Number.
Read the User Guidelines to find out how the Reynolds Number is calculated and how it applies to injection molding.
Find the cooling water flow rate and the length of cooling circuit required to transfer heat away from common polymers to achieve ejection temperature. Enter your polymer type from our dropdown list, cycle time, shot weight and molding room temperature. Other parameters used are: Reynolds Number, water temperature, differential temperature and cooling circuit diameter. Change the variables to see the results. Do they match your expectations?
High Temperature, Low Flow Indicators are ideal for use in critical pressurized hot water injection mold cooling circuits where flow is restricted and effective cooling is essential.
Manifold Assemblies with TracerVM Base or User Interface units have a new accessory to improve functionality and security. TracerVM DuraGuard protects flow and temperature sensors while providing convenient cable management.
We've re-branded the previous TracerVM Bluetooth Interface with a new name to reflect the biggest benefit to our customers. It's now called the Smartlink TracerVM Interface. It links with DataLogger software on a PC, supports process validation for critical parts, and transmits temperature and flow rate wirelessly to remote devices up to 20 meters away.
