Manufacturer HMC1000 High Precision BT50 CNC Horizontal Machining Center Sales manufacturer

● Worktable Size: 1000x1000mm

● X Axis Travel: 2200mm

● Y Axis Travel: 1400mm

● Z Axis Travel: 1200mm

● Max. Loading Of Work Table: 6000kg

● Max Spindle Speed: 6000rpm

● Spindle Taper: BT50

Horizontal machining centers (HMCs) have a wide range of applications, from roughing to finishing, covering a wide range of machining needs, including those in machining and mold manufacturing. Their high precision and efficiency make them widely used in industries such as aerospace, molds, automotive, internal combustion engines, textile machinery, chemical processing, petroleum, and electronics.

Features

1. Flexible processing capacity.

2. High machining accuracy.

3. High processing productivity.

4. Reduce operator labor.

5. Complex machined parts.

6. Stable processing quality.

Horizontal machining center machine is produced by Shanghai Sumore Industrial Co., LTD., the model is widely used in the processing of high-precision parts, especially for IT parts, auto parts, optical instruments, medical instruments, pneumatic components, aviation, aerospace parts, molds and other processing. This machine is mainly milling, suitable for drilling, tapping, reaming, reaming, boring, and continuous milling of parts.

Automotive Industry

HMCs are extensively used in the automotive industry for manufacturing various components such as engine blocks, transmission cases, and chassis parts. The ability to perform multi-axis machining and efficiently handle large quantities makes HMCs suitable for automotive production lines.

Railroad and Heavy Equipment Manufacturing

HMCs find applications in the machining of components used in the manufacturing of railroad equipment and heavy machinery. The horizontal spindle orientation allows for efficient machining of parts like axles, gears, and other critical components.

Job Shops and Prototyping

While HMCs are often associated with high-volume production, they are also used in job shops and prototyping environments. The flexibility of these machines allows for quick setups and the machining of a variety of different parts.