Spindle Motor Of Machining Center

The five-axis turn-mill compound machining center has nearly two decades of history since its inception, with its technology already mature and widely accepted and recognized by customers worldwide. From the current development trend, the key development prospects are as follows:

1. Higher Efficiency: By equipping functions such as dual rotary tables, dual spindle bearings, and large tool turrets, simultaneous multi-tool machining is achieved, enhancing processing efficiency.

2. Broader Processing Scope: By incorporating specialized functional modules, a greater integration of processes is achieved. For example, integrating functions such as gear processing, internal and external turning, deep hole drilling, die cavity machining, laser heat treatment, and automatic measurement into the turn-mill center truly enables comprehensive processing of all complex parts.

3. Modular Design and Rapid Reconfiguration of Functions: The rapid reconfiguration of functions in five-axis turn-mill centers is crucial for quickly responding to market demands and capturing market share. Modular design is the foundation for the rapid reconfiguration of functions in five-axis turn-mill centers. Many products from technically proficient manufacturers have already achieved modular construction and are striving towards rapid function reconfiguration.

4. Increased Import Substitution: Large-scale parts are often complex in structure, require multiple processing positions and processes, and are time-consuming and labor-intensive to install and position. One of the key advantages of turn-mill compound machining is reducing the multiple re-setups and clamping times during multi-process and multi-operation machining. Therefore, using turn-mill centers for compound machining is particularly beneficial. Consequently, five-axis turn-mill compound machining centers are currently trending towards import substitution. For example, Shenyang Machine Tool's HTM125 series five-axis turn-mill center has a swing diameter of 1250 millimeters and a processing length of up to 10,000mm, making it ideal for turn-mill machining of large marine diesel engine crankshafts.