Injection & Extrusion Molding Machines

Servo-hydraulic injection molding machines from 45 to 550 tonnage. Reliable clamping, repeatable shot control and parts support through Sound Plastic.

High-performance extrusion molding machines for continuous profile and sheet production.

The HXM 98/370 is a compact, energy-efficient injection molding machine from Highsun’s HXM series, specifically designed for precision molding of small to medium components. Featuring a responsive servo-driven hydraulic system, it provides a quiet, stable, and low-energy solution for manufacturing electronic, medical, and consumer product parts.

The HXM 108/390 is a high-precision, servo-driven injection molding machine developed for efficient and stable production of small to medium-sized parts. Utilizing a responsive servo-hydraulic system, it offers precise pressure and flow management alongside energy savings of up to 60%, making it ideal for electronics, packaging, and consumer product manufacturing.

The HXM 138/460 is a precision servo injection molding machine designed for stable performance and reduced energy consumption. Utilizing a fast-response servo-hydraulic system and closed-loop control, it provides precise flow and pressure management, making it an ideal choice for high-accuracy components in the electronics, consumer goods, and medical sectors.

The HXM 168/670 is a stable and efficient servo-driven injection molding machine designed for precision production. Featuring high repeatability and a quick-response hydraulic system, it significantly reduces energy consumption while maintaining the accuracy required for medium-sized plastic products in the electronics, household, and automotive sectors.

The HXM 208/750 is a high-efficiency servo injection molding machine from Highsun’s HXM series, engineered for precise performance and consistent product quality. Its integrated servo-hydraulic control system ensures a fast response and stable injection, delivering up to 60% power savings for the production of medium-sized functional components and packaging.

The HXM 258-I/870 is a balanced and efficient servo injection molding machine built for medium-sized plastic product manufacturing. By combining a rapid-response servo-hydraulic drive with precise pressure and flow control, it delivers high molding repeatability and reduced cycle times for industrial, packaging, and consumer goods.

The HXM 258‑II/1100 is a precise and stable servo injection molding machine designed for the efficient production of medium-sized plastic parts. Featuring closed-loop servo-hydraulic control, it achieves rapid response times and up to 60% energy savings while maintaining the accurate injection pressure required for technical molded parts and general engineering products.

The HXM 288‑I/1100 is a high-efficiency servo injection molding machine engineered for reliability and precision in medium-sized manufacturing applications. Utilizing a high-efficiency servo-hydraulic drive and closed-loop control, it provides consistent hydraulic performance and rapid cycle response, making it ideal for the production of automotive, packaging, and general industrial components.

The HXM 288‑II/1600 is a servo-driven, energy-saving injection molding machine designed for medium-sized operations requiring high precision and stability. Equipped with a fast-response servo-hydraulic system and closed-loop control, it delivers consistent injection performance, shorter cycle times, and reduced power consumption for industrial and automotive manufacturing.

The HXM 328/1600 is an efficient and stable servo injection molding machine built for high-precision production of medium-to-large molded parts. By combining servo-hydraulic precision with rapid response times, it ensures steady injection performance and reduced operational costs for parts requiring high dimensional accuracy.

The HXM 368‑I/2300 is an energy-saving servo injection molding machine designed for stable performance and high precision in medium-to-large plastic part production. Featuring a responsive servo-hydraulic control system, it delivers high injection consistency and fast cycle times, making it a highly efficient solution for manufacturing industrial containers and structural components.

The HXM 368‑II/2400 is a precise and reliable servo injection molding machine developed for medium-to-large applications. Utilizing closed-loop servo-hydraulic control, it delivers stable injection pressure and fast response times, achieving up to 60% energy savings while maintaining the strength and consistency required for automotive and household components.

The HXM 428‑I/2400 is a high-precision servo injection molding machine engineered for stability and energy efficiency in medium-to-large plastic part production. By combining a fast-response servo-hydraulic drive with precise pressure control, it delivers consistent, high-quality results with low energy consumption for demanding industrial and automotive applications.

The HXM 428‑II/3300 is a high-performance, energy-saving injection molding machine designed for the precise production of medium-to-large scale plastic components. It utilizes a dual-servo motor setup to provide up to 60% energy savings while maintaining the consistent pressure and long-term reliability required for automotive and industrial manufacturing.

The HXM 488‑I/3300 is an efficient servo-driven injection molding machine developed for the stable and precise production of medium-to-large plastic components. Featuring a high-response servo-hydraulic control system, it ensures steady injection pressure and fast cycle times, delivering both high molding accuracy and significant energy savings.

The HXM 488‑II/3800 is a high-precision, servo-driven injection molding machine built for the stable and efficient production of medium-to-large plastic components. By combining a responsive servo-hydraulic drive with closed-loop control, it delivers consistent molding quality, reduced cycle times, and lower operating costs for high-tonnage applications.

The HXM 558‑I/3800 is a high-precision servo injection molding machine engineered for the consistent and efficient production of high-strength plastic parts. It features a responsive servo-hydraulic system that delivers accurate pressure control and superior energy savings, making it a reliable choice for large-scale automotive and industrial manufacturing.

The HXM 558‑II/4800 is a high-precision servo injection molding machine engineered for large-scale manufacturing with a focus on stable performance and energy efficiency. Using a closed-loop servo-hydraulic system, it ensures accurate control and fast response times, enhancing both productivity and product consistency for technically demanding molded parts.

The HXM 658‑I/4800 is a reliable and efficient servo injection molding machine designed for the precise production of large plastic components. Utilizing closed-loop control and servo-hydraulic technology, it delivers rapid response times and up to 60% energy savings, making it ideal for stable, high-quality manufacturing of automotive and appliance parts.

The HXM 658‑II/5700 is a high-performance, energy-saving injection molding machine designed for large-scale production requiring high structural strength and dimensional accuracy. By combining a dual-servo motor system with precise hydraulic control, it delivers fast response times and improved cycle efficiency for manufacturing high-strength automotive and industrial components.

The HXM 750/6100 is a high-tonnage, energy-saving injection molding machine built for the precision production of large plastic components. Featuring a dual-servo motor system and a robust clamping unit, it delivers the fast response and stable injection performance required for high-quality industrial containers, automotive parts, and appliance housings.

The HXM 850/7300 is a high-capacity, servo-driven injection molding machine engineered for the precision molding of large, complex plastic products. By combining closed-loop control with advanced servo-hydraulic technology, it ensures substantial energy savings, reduced cycle times, and the high-strength performance required for industrial and automotive manufacturing.

The HXM 1100/11200 is a high-performance, energy-saving injection molding machine designed for large and technically demanding plastic components. Equipped with a triple-servo motor setup, it provides the precise control and responsive performance necessary for manufacturing industrial parts and automotive panels with consistent accuracy and lower operational costs.

The HXM 1300/13000 is a high-precision, servo-driven injection molding machine designed for heavy-duty plastic production. By integrating a high-performance triple-servo hydraulic drive, it delivers precise pressure control and fast cycle times, making it a reliable solution for large-scale automotive, industrial, and structural plastic applications.

The HXM 1500/15500 is a high-tonnage, energy-efficient injection molding machine designed for the high-precision production of large-scale plastic components. It features a rigid structural design and a multi-motor servo system that reduces energy consumption by up to 60% while ensuring stable pressure control for complex industrial applications.

The HXM 2000/19000 is a large-scale servo energy-saving injection molding machine built for the precision manufacturing of heavy-duty plastic components. It combines a robust clamping unit with a high-capacity servo system to deliver stable pressure, fast response times, and significant power savings for industrial and structural applications.

The HXM 2200/32000 is a high-capacity, energy-saving injection molding machine designed for the production of large, complex, and technically demanding plastic parts. Utilizing a high-response servo-hydraulic system, it offers up to 60% energy savings and exceptional repeatability for heavy-duty applications like automotive panels and large logistics containers.

The HXM 2500/44000 is a heavy-duty, servo-driven injection molding machine designed for large-scale industrial and structural applications. It integrates a massive clamping force with a high-capacity hydraulic system to produce oversized components, such as automotive parts and industrial crates, with high precision and energy efficiency.