Milling machines that can perform tapping mainly fall into three types: CNC horizontal milling and boring machines, CNC planer-type horizontal milling and boring machines, and drilling milling tapping machines.
1. CNC horizontal milling and boring machine
The machine uses a cross slide layout and an integrated bed structure. The rotary table can move in the X/Z directions. In addition to milling, boring, reaming, and drilling, it can perform tapping and 3D curved surface machining. It suits complex precision box-type parts in transportation, new energy, and similar industries.
We can machine fixtures, boring bars, and spindle box connectors for box-type parts from customer drawings, in single pieces or small batches. Hansheng Automation works to drawing dimensions and assembly clearances.
2. CNC planer-type horizontal milling and boring machine
This machine uses a planer-type structure with a horizontally moving table and a vertically moving column. It is equipped with a heavy-duty precision CNC rotary table. It can perform indexing at any angle on large workpieces. It supports multi-axis control and any four-axis linkage. It can complete drilling, reaming, boring, groove cutting, and tapping. It suits parts for heavy machinery, mining machinery, and similar industries.
3. Drilling milling tapping machine
This machine offers high rigidity, high speed, and high efficiency. It can perform high-speed milling, drilling, and tapping on small, multi-hole, batch, and light metal parts. It is widely used in 3C, IT, auto parts, and similar industries. It is a practical machine for batch machining of metal parts.
Our precision parts machining service is not limited to milling machine tapping. Hansheng Automation can machine custom parts from drawings for auto parts, hydraulic equipment parts, textile machinery parts, and medical device parts. We also cover yacht precision fittings, RC car structural parts, filling machinery parts, and food packaging equipment parts. Single pieces and small batches are both available, with attention to material, tolerance, surface finish, and assembly fit.
