Battenfeld HM 270/1330

The Battenfeld HM 270/1330 injection molding machine is a hallmark of versatility and precision, engineered to meet the nuanced demands of manufacturers across a broad spectrum of industries. This model excels in the production of medium to large-sized components with a focus on precision, reliability, and high-quality output. Ideal for applications in the automotive, consumer electronics, medical technology, and packaging sectors, the HM 270/1330 distinguishes itself by its ability to process a wide range of materials, from standard thermoplastics to advanced engineering polymers. This capability ensures that manufacturers can leverage the HM 270/1330 for a multitude of projects, promoting innovation and quality in product development.

Key Technical Specifications:

Clamping Force: Offers a robust clamping force that ensures stable, precise mold locking, vital for the production of high-quality, defect-free components.
Injection Unit: Features an advanced injection unit that provides accurate and consistent material injection, critical for achieving parts with exceptional detail, surface finish, and structural integrity.
Control System: Equipped with a sophisticated control system, the HM 270/1330 allows for comprehensive control over production parameters, enabling optimized cycle times and enhanced efficiency.
Energy Efficiency: Incorporates cutting-edge energy-saving technologies, which significantly reduce power consumption, lowering operational costs while contributing to sustainable manufacturing practices.
Durability: Designed for durability and reliability, this machine withstands the rigors of continuous, high-volume production, ensuring long-term performance in demanding manufacturing environments.

Technical Data:

The Battenfeld HM 270/1330 represents Battenfeld's commitment to leading-edge technology and quality in injection molding. It is designed with an emphasis on operational efficiency, ease of maintenance, and the flexibility to adapt quickly to changing production requirements, making it a highly effective solution for dynamic manufacturing landscapes.