The Jesco N-210 and N-211 Series Hand Crank Dispensers are designed to deliver batches of 2 component materials at a predetermined ratio into a mixing cup for hand mixing. These dispensers are ideal for plastic tool or mold shops or material manufacturer’s labs or any other application where production rates are low or mixture work life is short and does not warrant automatic meter, mix and dispense equipment.
.5 to 250cc/minute Flow Rate. Viscosities up to 2 million CPS. 2400 psi maximum working fluid pressure
Jesco has 3 basic types of High Viscosity Urethane Gear Meter Dispensers: N-2900 Series, N-2900A-AE Series, and N-2900B-AE Series.
The Batch System is a programmable, microprocessor based unit which provides batch control, monitors flow rate and controls the flow of processing liquids. Start/Stop controls can be used in conjunction with pre-warn and final relays to provide valve actuation or pump control. An optional configuration offers streamlined preset adjustments, remote Start, Stop & Reset, and weighted averaging.
The N-4100 Series 2 Component Dispensers are designed to accurately meter, mix and dispense higher viscosity 2 component adhesives and sealers that must be pump fed. These precision dispensers are intended to be interfaced to a Robot and are typically used in Fully Automated Dispensing Applications. They are fixed ratio dispensers that deliver a flow rate of material proportionate to an analog signal received from the Robot.
The N-3685 Dispenser is designed to meter up to 4 low viscosity pourable materials at up to 14 predetermined and selectable formulas / recipes. This dispenser is an ideal piece of equipment for a Model or Mold Shop requiring several different blends of a multi-component material mixture. The dispenser is basically comprised of 4 metering …
The N-3200-GP Series FACTS Dispensers are but one of several different types of Full Analog Control Tracking Systems available from Jesco. These systems are used in demanding applications requiring very precise bead size control and consistency and where Robot cycle times need to be minimized.