High-Speed Circular Saw HCS 130 MF

The Ultimate in High Performance and Precision

The HCS 130 MF industrial circular saw is engineered to provide exceptional cutting performance and premium quality. Its low cutting costs and precise tolerances allow it to quickly pay for itself in multi-shift operations. The foundation of its impressive performance lies in its robust and stable construction, incorporating perfectly matched components and state-of-the-art drive technology.

The innovative multi-fluid cooling system enhances the already high sawing performance of the HCS 130 MF, especially when cutting high-alloyed stainless and tool steels, nickel-based alloys like Inconel or Hastelloy, and titanium alloys.

Key Features of the High-Speed Circular Saw HCS 130 MF

  • Durable, Low-Vibration Gear Unit The core of the saw is a heavy-duty worm gear unit, made by Behringer Eisele. This ensures smooth, low-vibration operation, which positively impacts both cutting surface quality and blade longevity.
  • BVA - Blade Vibration Absorber The saw features large carbide metal guides and an effective brush system that actively removes chips. This combination not only extends blade life but also optimizes cutting surface quality and allows for precise, swift cutting operations.
  • Servo-Driven Feeding Gripper The feeding gripper swiftly positions the material with pinpoint accuracy in a matter of seconds, ensuring precise cutting lengths, tight tolerances, and short cycle times.
  • Exceptionally Solid Construction The extremely stable machine bed forms the foundation of every HCS high-speed circular saw, providing excellent vibration damping and optimal power flow. The cast iron components made by Behringer contribute further to the system's stability.
  • Funnel-Shaped Machine Base This design ensures perfect chip flow into the conveyor, facilitating fast disposal of both chips and cooling liquids. Cleaning is quick and straightforward.
  • Linear Guided Saw Feed The saw unit is dynamically moved through the entire cutting area using two linear guides, a ball screw, and a servo motor, ensuring long service life, high-quality cuts, and low burr formation.
  • Multi-Fluid Cooling System The multi-fluid cooling system can combine three cooling/lubrication methods depending on the material and application: coolant jet nozzles for wet processing, micro-spraying devices for minimum quantity lubrication, and cooling vortex tubes for dry processing.
  • Chip Conveyor with Coolant Tank The new chip conveyor integrates a coolant tank and coolant pump, saving space while ensuring rapid chip removal. It is easy to maintain and clean, and can be optionally mounted with front ejection for added convenience.
  • User-Friendly Control Unit The control unit is intuitive and simple to use, minimizing the chance of operating errors and offering quick navigation within the program menu. It is also compatible with other systems, both in terms of software and hardware integration.

Applications and Uses of the High-Speed Circular Saw HCS 130 MF

The HCS 130 MF is designed for precision cutting in industries that demand the highest performance and quality:
  • Stainless and Tool Steel Cutting Ideal for processing high-alloyed stainless steels, tool steels, and hard metals, including materials such as Inconel, Hastelloy, and titanium alloys.
  • Aerospace and Automotive Manufacturing Essential for cutting components used in aerospace and automotive industries, where precision and durability are critical.
  • Metalworking and Fabrication Perfect for custom metalworking applications that require high precision and fast cycle times for a variety of metals.
  • Heavy Machinery and Construction Suitable for cutting heavy-duty materials used in machinery, structural components, and construction applications.
  • Precision Engineering Supports high-precision engineering tasks requiring tight tolerances, clean cuts, and minimal burr formation.
The HCS 130 MF circular saw is an exceptional choice for industries that prioritize cutting efficiency, precision, and high-quality results, making it a critical tool for demanding applications.