The machine features a compact structure, relatively small footprint and flexible machining capability. The milling head can be tilted ±45° in the vertical plane and rotated 360° in the horizontal plane. Combined with the forward and backward movement of the ram, this design significantly expands the effective machining range.

The turret milling machine supports both vertical and horizontal milling operations and can be used for machining planes, inclined surfaces, grooves, keyways, splines and other common features on small and medium-sized metal components.

The machine performs automatic clamping, automatic feeding, and automated rapid saw frame ascent to reduce manual labor time. It uses thin bimetallic saw bands to achieve narrow cuts, minimizing raw metal scrap and reducing power loads.

The rigid machine structure, hydraulic clamping system and carbide-and-bearing blade guide system help improve cutting stability, blade life and overall operating efficiency.

Built with a rigid gantry double-column structure, this horizontal band saw helps eliminate twisting vibrations, ensuring highly accurate cuts and consistent parallelism.

At its core, the machine is driven by a premium industry-brand motor paired with a high-power worm gear reducer, generating exceptional torque and continuous cutting performance for prolonged, heavy-workload environments.

Compared with a conventional CNC lathe, a turn-mill machine can perform multiple secondary machining operations in a single setup. This reduces workpiece transfers and re-clamping between machines, helping shorten cycle times while improving machining accuracy and production efficiency.

With a rigid machine structure, stable operation and reliable machining performance, it is suitable for mechanical manufacturing, automotive components, pumps and valves, agricultural machinery, equipment maintenance and general metal part production.

The CA engine lathe can perform a wide range of turning operations, including external turning, internal boring, facing, taper turning, thread cutting and drilling. It is suitable for single-piece production, small-batch manufacturing and versatile machining applications.

The machine features a high-rigidity, one-piece cast slant bed structure that provides excellent stability and vibration resistance during heavy-duty cutting. The slant bed design enhances overall machine rigidity while facilitating efficient chip evacuation, making the machine suitable for continuous machining and batch production.

The TCK Series is equipped with precision roller linear guides, a high-precision spindle system and CNC control for stable tool movement, accurate positioning and efficient metal cutting.

Depending on production requirements, the machine can also be configured with a hydraulic chuck, power turret, automatic bar feeding system and driven tools.

The CAK6150 supports external turning, internal boring, facing, taper turning, grooving and thread cutting, making it suitable for a wide range of metal component machining applications.

With appropriate tooling and cutting parameters, the CAK6150 CNC lathe machine can machine steel, cast iron, non-ferrous metals and other materials suitable for turning.

The main castings are made of high-quality Meehanite cast iron and optimized using Finite Element Analysis (FEA) to achieve a balanced structural design and high mechanical rigidity.

The extra-wide box-type base and column, together with a widened and lengthened saddle and heavy-duty full-support design, provide a solid foundation for machining large and heavy workpieces.

The reinforced spindle-head structure provides stable support for the spindle, helping improve machining stability during heavy-duty cutting.

VMC650 Machining Center is suitable for milling, drilling, tapping, boring and other CNC machining operations. It can be widely used for machining automotive components, machinery parts, molds, industrial equipment components, pump and valve parts, flanges, brackets, plates and other precision metal components.