TRACER 32V Hydrodynamic Magazine Bar Feeder

For Fixed or Sliding Headstock CNC Lathes | High-Speed, Vibration-Free Feeding

The TRACER 32V Hydrodynamic Magazine Bar Feeder is engineered for precision, efficiency, and versatility in CNC turning applications. Designed to support both fixed headstock and Swiss-type (sliding headstock) CNC lathes, the TRACER 32V delivers smooth, high-RPM bar feeding with minimal vibration, making it the ideal solution for high-volume, unattended machining.

Key Features of the TRACER 32V

Versatile Bar Compatibility

• Supports bar diameters from 5mm to 38mm (0.196" to 1.496")

• Accepts material up to 12 feet (3,600mm) long

• Works with round, hexagonal, and square bar stock

• Handles uniform or random-length bars

Advanced Hydrodynamic Design

• Polyurethane guide channel provides superior vibration dampening and easy guide channel changeover

• Dual anti-vibration system (internal and external) for stable high-RPM operation

• Ideal for precision turning at high speeds

LED Status Monitoring

• Patented external LED light display shows bar status and alarms in real-time

• Allows for quick visual feedback without stopping production

Increased Efficiency and Automation

• Large magazine capacity: holds up to 26 bars at 10mm

• Automatic remnant retract for streamlined operation

• Compatible with left or right feeding direction for flexibility in shop layout

• Includes handheld remote control for operator convenience

Built for Modern CNC Lathes

• Compatible with fixed headstock and Swiss-type CNC lathes

• Servo motor feeding system ensures precise control

• Air Pressure Requirement: 6 kgf/cm² (85 psi)

• Power Supply: 3-phase, 220V, 50/60Hz, 810W

• Weight: 900kg (1,980 lbs.) for the 2.5M version

Why Choose the TRACER 32V Bar Feeder?

• Reduce bar whip and ensure smooth, consistent feeding at high speeds

• Maximize productivity with large magazine capacity and automation-friendly features

• Improve shop floor efficiency with fewer interruptions and reduced manual intervention

• Ideal for precision machining, high-speed turning, and long, unattended production runs