Dual capability valve gate sequencer.
Electric valve gate hot runner system.
We ve come a long way since that first design.
Flexspeed technology has been developed to avoid the generation of flowmarks on the part surface generated by the instability of the plastic flow front in sequential moulding.
Valve gate hot runners can be broken down into two main groups.
Today the mold masters hot runner product line has expanded and represents the broadest selection of hot runner products from any manufacturer.
Mold masters patented the first commercially viable hot runner system in 1963.
Individual stem actuation and plate actuation.
The pump then rests until oil is needed again.
This technology is recommended for medium to large size parts obtained through sequential moulding such as.
This technology is now available on all synventive hot runner nozzle sizes.
Standard injection gated manifolds.
Once the pressure in the accumulator is below set point the hydraulic pump replenishes the accumulator.
The standard valve gate is of importance when a low system height is required.
The right device to reduce flowmarks in sequential filling.
Within these groups valve gate hot runners are available in pneumatic hydraulic and electric models each of which has its own advantages and disadvantages for certain types of applications.
Electric valve gate system.
Embossed doors not embossed bumpers luggage.
Compatible with both commodity and engineering grate resins accu valve meets the demanding needs of many medical packaging personal care and many other applications.
Hydraulic valve gate sequencer.
Throughout our history mold masters innovations have continued to drive the plastic industry forward.
Pneumatic valve gate sequencer.
This control is based on pump on demand technology.
However when using this method the manifold of the hot runner system must be specially adjusted to the valve gate.
When the valve gates are fired oil is used from the hydraulic accumulator.
Egate electric valve gate hot runner systems feature patented technology to precisely control each valve pin s position acceleration velocity and stroke allowing processors the unique ability to control the flow rate out of each nozzle gate at any time during the fill process.