The Karmetal VEGA 650×650 S-LINE is a high-performance autonomous double column bandsaw designed for extreme industrial applications and the processing of large-scale solid materials. Combining raw power with intelligent automation, this S-LINE model features a dual-column structure driven by high-precision servo motors. Controlled via a 15.6″ industrial PC with WIFI connectivity, it utilizes adaptive intelligence to autonomously manage cutting parameters. Its high-torque 20.1 HP (15 kW) motor ensures zero torque loss across all frequencies, making it a unique solution for heavy-duty production requirements.

General

The VEGA 650x650 S-LINE represents the pinnacle of Karmetal's autonomous technology, designed for maximum stability.

  • Intelligent Sawing System (IPS): The "brain" of the S-LINE, this system features a pre-defined library of 13,000 different materials categorized across six international standards. The machine automatically calculates blade speed, feed rate, and pressure settings, requiring zero manual adjustment from the operator.
  • Servo-Driven Column Motion: Replacing traditional hydraulics, the saw frame travels vertically on linear guides driven by a high-torque servo motor and ballscrew. This provides absolute control over the blade's descent for perfectly perpendicular cuts in large sections.
  • Full Servo Indexing: Both the material feeding system and the front/rear clamping vises are servo-controlled. This enables sub-millimeter positioning accuracy for heavy workpieces up to 25.59 in (650 mm) in diameter.
  • Industrial PC Integration: The machine is managed by a 15.6" Industrial PC, facilitating remote diagnostics, work list transfers via LAN/WIFI, and a sophisticated user interface that separates it from standard automatic saws.

Features

  • Hydraulic Top Clamping: Specifically designed for processing bundles or preventing material rotation during heavy-duty solid cutting.
  • 7-Color LED Visual Status: Integrated status bar provides real-time feedback on the machine’s operational state, visible from any point in the workshop.
  • Adjustable Component Pressures: Independent hydraulic regulation for vises, blade tensioning, and carbide guides allows for optimized setups for sensitive or extremely hard alloys.
  • Hydraulic Carbide Guides: High-performance blade guides that maintain thermal stability and prevent blade deviation during long-duration cuts in dense solids.
  • Automatic Chip Removal: A pallet-type conveyor system is integrated into the foundation for continuous removal of heavy metal chips.

Technical Data

  • Max Round Cutting Capacity: 25.59 in (650 mm)
  • Max Square Cutting Capacity: 25.59 in (650 mm)
  • Max Rectangular Capacity: 25.59 in×25.59 in (650×650 mm)
  • Main Motor Power: 20.1 HP (15 kW)
  • Blade Speed Range: 65–656 ft/min (20–200 m/min)
  • Blade Dimensions: 23.81 ft×2.12 in×0.063 in (7260×54×1.6 mm)
  • Feeding Stroke (Single): 28.34 in (720 mm) with multi-indexing
  • Working Height: 30.70 in (780 mm)
  • Machine Weight: 13,227 lbs (6000 kg)
  • Machine Dimensions: 78.9×188.7×93.8 in (2005×4795×2385 mm)

Standard Equipment

  • 15.6" Industrial Computer with IPS Autonomous Software.
  • Servo-controlled bow movement and material feeding system.
  • Hydraulic front and rear vises with top clamping.
  • Pallet-type automatic chip conveyor.
  • Hydraulic carbide blade guides and tensioning.
  • 7-color LED status indicator.
  • 6.5×6.5 ft (2×2 m) fully enclosed material roller table.
  • Non-contact blade rotation sensor and cleaning brush.

Optionals

  • Blade Deviation (Curve) Sensor: Monitors cut straightness in real-time to prevent out-of-tolerance parts.
  • Intelligent Cross-Section Scanning (ICS): Advanced scanning for optimized cutting of irregular profiles.
  • Fully Automatic Material Feeding System: For high-capacity, unmanned production lines.
  • Micromolecular (Mist) Lubrication: Specialized spray system for cleaner operation and improved blade cooling.
  • Laser Line: Provides a visual reference for the cutting path.
  • Mist / Vapor Collector: To extract oil vapor and maintain factory air quality.