DL25 series inverted five axis milling and turning compound lathe

DL25Series inverted five axis milling and turning compound lathe

The birth of the DL series special machine is due to the difficulty of traditional machine tools in high-precision hole machining (especially for blind hole machining of materials with high toughness), which makes chip removal difficult and easy to wrap around, resulting in tool damage and affecting accuracy.

The DL series special machine adopts the method of workpiece inversion, with the turret below the workpiece and a high-pressure cooling system, which can effectively solve the chip removal problem. The DL system special machine is equipped with a power turret, and the electric spindle can be positioned at any angle, achieving a 5-sided turning and milling composite lathe

Why choose DL series inverted five axis turning and milling compound lathe?

① The bed adopts an integral casting structure, with the main shaft standing upside down on the Z-axis

② Convenient for blind hole turning and chip removal, while achieving overall rigidity

③ The spindle adopts an integral electric spindle with low vibration and high stability

④ Realize inversionvertical latheCombination function with machining center

⑤ Embedded spiral chip groove, equipped with automatic chip conveyor as standard

Machine Tool Introduction

The birth of the DL series special machine is due to the difficulty of traditional machine tools in high-precision hole machining (especially for materials with high toughness), difficult chip removal, and easy chip winding. The DL series special machine adopts a workpiece inversion method, with the turret located below the workpiece and a high-pressure cooling system, effectively solving the chip removal problem. The DL series special machine is equipped with a power turret, and the spindle can be positioned at any angle, achieving 5-sided turning milling composite processing.

Machine Tool Highlights

1. The bed adopts an integral casting structure, with the main shaft standing upside down on the Z-axis. Since it can facilitate chip removal and achieve overall rigidity,This ensures that the machine tool can perform high-precision and high load cutting machining. The casting has undergone three aging treatments, resulting in minimal stress deformation to a large extent,Improve earthquake resistance.

2. The spindle adopts an integral electric spindle with low vibration and high stability. Capable of achieving high-speed and high-precision machining.

3. All guide rails of the machine tool are roller guide rails imported from Taiwan, China, China, with large bearing capacity, which is enough to cope with heavy chip processing.

4. The tool holder adopts a servo powered tool tower, and is equipped with a power tool holder, which not only enables machining, but also enables drilling, tappingA series of complex processes such as milling grooves.

5. The Z-axis of this machine tool is equipped with a configuration iron, which can effectively balance the weight of the spindle and slide, and reduce the load on the Z-axis motor.

6. High precision ball screw imported from Taiwan, China is used for the X axis, Y axis and Z axis, and the pre stretching structure is added at the tail end to reduce the thermal deformation,Improved the rigidity, positioning accuracy, and repeatability of the screw rod.

basic structure

Product Parameters