video corpo
cad

Hot runner single nozzle HPS III-MH100
for melt

hot runner single nozzle
hot runner single nozzle
hot runner single nozzle
hot runner single nozzle
hot runner single nozzle
hot runner single nozzle
hot runner single nozzle
Add to favorites
Compare this product
 

Characteristics

Function
hot runner
Fluid
for melt
Pressure

2,000 bar
(29,007.5 psi)

Description

With the HPS III-MH multi-tip concept EWIKON offers the most advanced and easy-to-maintain solution for direct side gating. A variety of nozzle versions, sizes and gating options allows a perfect adaption to different mould layouts and facilitates the design of compact multi-cavity moulds for the medical industry, the packaging industry or for the production of technical parts. Your advantages when using EWIKON side gating systems Exceptional gating point quality due to direct gating on part surface Very even temperature profile Reduced mould costs Unmatched ease of maintenance, minimised downtimes Reduced residence time and pressure loss Tip insert exchange made easy Its innovative tip exchange technology makes the HPS III-MH nozzle the most maintenance-friendly solution for direct side gating. The tip inserts are inserted from the parting line of the mould in the last assembly step after installing the nozzle body and can be exchanged just as easily in case of maintenance without dismantling the mould. 1 Remove clamping cover 2 Lift tip insert out of the mould insert and replace Gating options 190° gating 260° gating Advantage: The gating point can be positioned closer to the location of the inner core. Thus, a core deflection caused by the melt pressure can be avoided when moulding slim, thin-walled tubular parts. For direct side gating. Maximum shot weight 10 g per gate.

VIDEO

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.