EagLe-208 seriesMachine characteristics

The machine adopts optimized 30-degree flat rail structure design with high precision, super rigidity and excellent cutting stability. High-strength HT300 cast iron solid-formed bed body with finite element analysis, excellent overall mechanical rigidity and stability, and can maintain long-term reliability, improve machining stability and tool life, and improve stress relief by stress relief. The design structure of the high-strength roller line rail, the transmission system adopts the screw pre-tensioning design to improve the reflection rigidity performance, and the simple and elegant appearance conforms to the trend of the trend.

The spindle unit is a separate sleeve type. The spindle/sub-spindle system undergoes rigorous dynamic balance testing with high precision and good precision retention.

The thermal deformation is small, the thermal stability is good, the maximum speed can reach 4000 rpm, and the nose yaw precision is within 0.003 MM. Use straight straight at the front end of the shaft

High-precision double-row roller bearing with combined bevel contact ball bearing structure, optimal span two-point balance support design, can withstand

Diameter and axial load can also be used for high-speed precision cutting, and can also be used for low-speed heavy cutting, especially suitable for batch production.

Producing products with complex shapes, high precision requirements and high finish.

The twin-spindle series simultaneously processes both ends of the workpiece in one setup, greatly simplifying manual operations, increasing throughput and reducing machining operations. The second spindle enables full synchronous turning, feeding to the finished product in one go, perfect for automated and efficient mass production to reduce cycle time.

One-piece positive Y-axis, gantry structure, super rigid

World-class high-rigid overall design servo turret.

With high-precision three-piece curved tooth clutch, it ensures its positioning accuracy and repeat positioning accuracy.

Use the servo motor to drive the cutter head to rotate the two-way or any nearby tool, and use the hydraulic principle to relax and clamp the clutch.

The switch action signal is fed back to the proximity switch to quickly and accurately achieve the tool change action.

World-class, high-rigid, monolithic design servo-powered turret.

It can help the servo turret to quickly and accurately change the tool performance, and then cooperate with the power milling of the high-speed power shaft to achieve the car and milling compound.

Excellent processing capability.

The tool holder is mounted using a high-rigidity BMT mounting interface. The power transmission shaft is driven by a servo spindle motor.