HMC1000 CNC Horizontal Machining Center(Double worktables)three-dimensional surfaces

Horizontal CNC machining centers are CNC machine tools with their spindles and worktables set horizontally, playing a crucial role in modern manufacturing. Their core value lies in their superior rigidity, excellent machining accuracy, and outstanding production efficiency.

1. High Rigidity, High Stability, and High Precision: Its signature horizontal layout and integral bed design endow the machine tool with extremely high structural rigidity and stability.

This structure effectively suppresses cutting vibration, providing a solid foundation for heavy cutting and long-term continuous machining. Combined with high-precision ball screws, linear guides, and an advanced CNC system, it can easily achieve micron-level positioning accuracy and repeatability, making it particularly suitable for industries with extremely high precision requirements for parts.

2. Highly Efficient Automated Production Capability: Horizontal machining centers typically come standard with a large-capacity automatic tool changer (tool magazine), enabling continuous machining of multiple processes such as milling, drilling, boring, and tapping on a single machine.

This greatly reduces auxiliary time such as workpiece clamping and tool changing, significantly improving production efficiency. Furthermore, its horizontal spindle structure facilitates automatic chip removal; chips are easily flushed away by gravity, reducing manual cleaning and making it ideal for building flexible manufacturing cells (FMC) and achieving unmanned automated operation.

3. Superior Multi-faceted Machining Flexibility: Equipped with a CNC rotary table, horizontal machining centers can complete the machining of four or more sides of a workpiece in a single setup.

This not only avoids datum errors caused by multiple setups, ensuring the geometric tolerances of complex parts, but also saves time spent on repetitive positioning, making it particularly suitable for box-shaped and shell-type parts.

4. Ideal Machining Platform for Large and Heavy Workpieces: Compared to vertical machining centers, horizontal machining centers typically have larger worktables and greater load-bearing capacity.

Their structural layout makes machining large and heavy workpieces more stable, making them the preferred choice for machining oversized workpieces such as heavy machinery and large molds.

Leveraging these unique advantages, horizontal CNC machining centers are widely used in the following high-end manufacturing fields with stringent requirements for dimensions, precision, and efficiency:

1. Automotive Manufacturing: Core equipment for machining key components such as engine blocks, gearbox housings, and subframes.

With the development of new energy vehicles, their application is particularly widespread in the efficient machining of aluminum alloy die-cast structural parts such as battery boxes, motor housings, and shock absorber towers.

2. Aerospace Industry: Used to manufacture aircraft structural parts, landing gear components, turbine blades, etc., 

with extremely high precision and reliability requirements, capable of handling difficult-to-machine materials such as titanium alloys and nickel-based high-temperature alloys.

3. Mold Manufacturing: Widely used for the machining of cavities and three-dimensional surfaces in large injection molds, die-casting molds, and automotive body panel molds.

4. General Precision Machinery and Electronic Communications: Used for machining housings and valve blocks in engineering machinery, 

as well as precision housings and guide rails in electronic equipment.