Netstal: Difference between revisions
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=== Products / Technology === | === Products / Technology === | ||
==== Preform production systems ==== | ==== Preform production systems ==== | ||
Netstal supplies injection | Netstal supplies injection molding systems designed for producing preforms for PET bottles. Netstal supplies these machines under the names PET-Line of the Netstal brand and PETForm of the KraussMaffei brand for different output rates. | ||
'''PET-Line (Netstal)''' | '''PET-Line (Netstal)''' | ||
* 3 platforms with | * 3 platforms with clamping forces of 2400, 4000 and 5000 kN | ||
* Also available in two-component design for | * Also available in two-component design for Over-molding (Prelactia) | ||
* Injection units tailored | * Injection units tailored for customers applications | ||
* | * 8–144 cavities | ||
* Digitally controlled clamping unit with 5-point dual toggle lever | * Digitally controlled clamping unit with 5-point dual toggle lever | ||
* 2-stage high-performance injection units with hybrid technology | * 2-stage high-performance injection units with hybrid technology | ||
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''' | '''PETForm (Krauss-Maffei)''' | ||
* Vertical clamping unit delivers long-term precision The vertical clamping design ensures extremely high plate parallelism and minimizes wear of molds with up to 112 cavities. | * Vertical clamping unit delivers long-term precision. The vertical clamping design ensures extremely high plate parallelism and minimizes wear of molds with up to 112 cavities. | ||
* Immediate post-cooling for shorter cycles With its lock-to-lock time of only 2.0 seconds, the PETForm clamping system is a leading high-performance PET unit. 85% of the required cooling takes place in the separate 4-stage post-cooling station. This results in significantly lowered cycle times and high output performance. | * Immediate post-cooling for shorter cycles With its lock-to-lock time of only 2.0 seconds, the PETForm clamping system is a leading high-performance PET unit. 85% of the required cooling takes place in the separate 4-stage post-cooling station. This results in significantly lowered cycle times and high output performance. | ||
* Optimized removal process – lowered energy consumption Thanks to the lightweight gripper unit, high process speeds can be achieved with minimal clamping movement. This in turn minimizes energy requirements and production costs. | * Optimized removal process – lowered energy consumption Thanks to the lightweight gripper unit, high process speeds can be achieved with minimal clamping movement. This in turn minimizes energy requirements and production costs. | ||
* For | * For 8 to 112 cavities The modular design of the two clamping units with clamping forces of 1,750 kN and 3,500 kN, combined with corresponding plasticizing units, make this the optimum system for any application scenario. | ||
* Special screw geometries for rapid melting. | * Special screw geometries for rapid melting. | ||
* | * Color pigments, blockers or other blends can be added homogeneously at high throughput's without subjecting the melt to unnecessary shear forces. | ||
* Compact | * Compact | ||