Hot runner solutions to lower costs and produce lighter parts

    • Hot runners engineered to meet the needs of automotive molders

    • The automotive industry demands robust parts that must endure years of wear in any environment. From small, electrical, under the hood components to interior consoles, our hot runners provide superior process quality, a wide operating window and a durable design that delivers maximum uptime at a competitive price.

    • husky-automotive-part-comp
      Robust hot runners systems

      Our hot runner systems are simple to start-up, easy to maintain and can operate at optimal efficiency in the most demanding manufacturing environments. All of our Ultra nozzles feature UltraSeal®, which prevents leakage at start-up and comes with a three-year leakproof guarantee.

      Optimized design for challenging applications

      Every Husky hot runner is optimized for your specific application. Our standard design process includes optimized melt channel sizing, nozzle expansion calculations, thermal management, flow simulation and optimal tip selection. We also have experience with a wide variety of commodity and engineering resins.

    • Precise temperature control

      Husky’s Altanium™ family of controllers provides accurate temperature control and features high amp control cards that can handle the toughest molding requirements. Our Altanium controllers use Active Reasoning Technology (ART), an algorithm that adjusts temperature control according to the operating environment, ensuring high quality parts with minimal variability.

      Extensive customer support

      Our dedicated global team supports customers on multiple levels from part design through to easy start-up. Our locally-based service and sales network is accessible 24/7 for spare parts and technical support.

This website uses cookies that are necessary to deliver an enjoyable experience and ensure its correct functionality and cannot be turned off. Optional cookies are used to improve the page with analytics, by clicking "Yes, I accept" you consent to this use of cookies. Learn more.