Since 1953, Husky has grown to become a global leader in injection molding systems and services to the plastics industry, with over 4,300 employees in 35 locations worldwide, supporting our customers in over 140 countries. The largest brand-name supplier of injection molding equipment and services to the plastics industry. We build, install, and support the world’s most comprehensive range of injection molding systems and equipment, including machines, molds, hot runners, auxiliaries, and integrated systems.
 
SAS is proud to announce that we are the official agent of Husky in Libya to offer our customers their range of products.

Preforms

Closures

Thin Wall Specialty Closures & Medical Devices

Auxiliary Systems

HYPET5E® SYSTEMS

HyPET5e, HyPET5e+ and HyPET HPP5e systems are setting new benchmarks for higher-precision preform manufacturing and productivity, while also delivering even better cost efficiencies, reduced maintenance and lower scrap rates.

NEXPET™ SYSTEMS

NexPET system’s flexible design is purpose-built for mid-volume PET preform manufacturing, shorter production runs and frequent design changeovers, while maintaining the highest performance and part quality.

HYCAP™4 SYSTEMS

HyCAP4 systems for high-efficiency beverage closure manufacturing provide up to 8% faster cycle times and 30% more energy savings compared to previous generations.

HYLECTRIC 4.0® SYSTEMS

The latest generation of Husky’s well-known platform features numerous technology enhancements to support demanding requirements. An extremely flexible manufacturing platform converts a wide range of raw material to deliver products serving diverse market needs, including industrial pails, thinwall food containers, specialty closures and medical devices.   

HUSKY AUXILIARIES

Husky Auxiliaries enhance control and system integration – from loading and drying resin, to handling molded preforms, to effectively processing increased percentages of rPET material. This is because we understand the importance of controlling the drying process to ensure machine and mold operate at maximum efficiency and design our auxiliaries to work together seamlessly from front to back.

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