The stable and rigid ejector lever mechanism is driven via a highly dynamic servo motor. In combina-tion with highly sensitive angles, as well as position sensors and sophisticated control technology, the ejector of the all-electric ELION provides outstanding precision and reproducibility.
For optimum cleanroom suitability, closed drag chains are exclusively used for the medical ELION version.
Thanks to the unique transmission principle with double toothed-rack gear and a highly precise force measurement integrated into the injection axis, the ELION injection unit provides outstanding precision combined with absolute reproducibility. The result is a shot-to-shot consistency that is otherwise un-heard of on the market.
The ELION with MED-Kit has an optimized plate surface design and special paint that facilitates sim-ple and cleanroom-compliant cleaning.
Netstal's patented "clean purge" nozzle hood significantly reduces particle discharge during purging by automatically controlling the volumetric flow. A key factor for cleanroom applications.
The MED-KIT includes a flexible distribution of media (water, air, power) completely integrated into the hood.
A comprehensive "options kit" is available for individual adjustments:
The ELION clamping units are developed especially for fast cycles. Their unique operating principle facilitates extremely short movement times. However, the clamping unit still moves in a very harmoni-ous manner.
With a high-performance and flexible controller, you can get the maximum performance from your Netstal machine. aXos was developed to meet the increasingly complex demands of current and future applications. Innovative functions support the simple, quick and fault-free operation in the production environment.
The ELION clamping unit is designed for use within a clean production environment. All bearing points are completely sealed and the lubricating oil runs through a hermetically sealed circuit. This means that any contamination of the mold installation space can be effectively prevented.