Complete hot-half
HRS flow
HOT RUNNER SYSTEM
HOT HALVES: ONE PLATE/DOUBLE PLATE
HOT HALVES DOUBLE PLATES
* The hot half is supplied with the manifold and necessary plates for the manufacture of the injection half of the tool
* No need for the Customer to machine clearances for the hot runner system
* Both the electrical and pneumatic wiring are provided according to the customers' specifications
* Proper warer circuits are provided inside the Hot Half
* Once received, the Customer only needs to assemble it into the rest of the mold
* Easier maintenance
HOT HALVES SINGLE PLATE
This type of Hot Half is carried out with the use of a single plate where the hot runner system is housed. This format can only be used with screwed-in systems given that these types of nozzle do not need to be centered in the underlying plate. One plate can be therefore eliminated and, as a consequence, the entire hot runner system is centered and fixed in the remaining plate (in the opposite way to 'standard' systems).
This allows
* A reduction in system thickness and weight
* A reduction in system costs
* Easier assembling and maintenance
* and not necessarily at the same time
HOT HALVES: ONE PLATE/DOUBLE PLATE
HOT HALVES DOUBLE PLATES
* The hot half is supplied with the manifold and necessary plates for the manufacture of the injection half of the tool
* No need for the Customer to machine clearances for the hot runner system
* Both the electrical and pneumatic wiring are provided according to the customers' specifications
* Proper warer circuits are provided inside the Hot Half
* Once received, the Customer only needs to assemble it into the rest of the mold
* Easier maintenance
HOT HALVES SINGLE PLATE
This type of Hot Half is carried out with the use of a single plate where the hot runner system is housed. This format can only be used with screwed-in systems given that these types of nozzle do not need to be centered in the underlying plate. One plate can be therefore eliminated and, as a consequence, the entire hot runner system is centered and fixed in the remaining plate (in the opposite way to 'standard' systems).
This allows
* A reduction in system thickness and weight
* A reduction in system costs
* Easier assembling and maintenance
* and not necessarily at the same time
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