The differences between the power tool turret bmt55 and bmt45

Core difference analysis: Functional Differences between the power tool turrets of BMT55 and BMT45

Youdaoplaceholder0 1. Structural and installation compatibility ‌

 

Youdaoplaceholder0 BMT45‌ :

 

It adopts a 45° inclined installation design and is suitable for compact turning and milling compound machine tools (such as the ST series). Its tool rest is more closely connected to the tool turret, and the spatial layout of the workpiece, tailstock and secondary spindle is more optimized, making it suitable for processing high-precision small parts (such as aerospace connectors and medical bone screws).

 

Typical application: BMT-45 turret configuration, which can achieve synchronous production of main and auxiliary shafts, with efficiency increased by more than 30%.

 

Youdaoplaceholder0 BMT55‌ :

 

55° inclined installation, compatible with medium and large-sized turning and milling compound machine tools (BMT-55/65 series). The tool turret is more rigid and has an enhanced load-bearing capacity, making it suitable for heavy-duty cutting (such as automotive engine crankshafts and wind power bearings).

 

Typical application: T50M turning and milling compound machine, equipped with BMT55 power tool turret + electric spindle, can complete the integrated rough and finish machining of crankshafts.

 

Youdaoplaceholder0 2. Flexibility of power tool holder configuration ‌

 

Youdaoplaceholder0 BMT45‌ :

 

Supports multi-power tool rest combinations (such as 90° power tool rest + horizontal power tool rest), enabling multi-process compounding including turning, drilling, tapping, end face slotting, and side milling.

 

Optimize the arrangement of the tool holders to reduce tool changing time. For instance, when processing complex valve bodies, arrange the drilling and milling tool holders adjacent to each other, reducing the tool changing time from 15 seconds to 5 seconds.

 

Youdaoplaceholder0 BMT55‌ :

 

Supports larger-sized power tool holders (such as ER32 power heads), which can be adapted to high-torque requirements in heavy-duty milling, gear shaping, keyway processing, etc.

 

Youdaoplaceholder0 3. Comparison of processing capacity ‌

 

Youdaoplaceholder0 indicators ‌ ‌BMT45‌ ‌BMT55‌

 

Youdaoplaceholder0 Maximum speed ‌ 8000rpm (standard configuration) 6000rpm (heavy-duty configuration)

 

Youdaoplaceholder0 Maximum torque ‌ 50Nm (continuous) 120Nm (continuous)

 

Youdaoplaceholder0 applicable tool holder diameter ‌ ≤25mm (standard) ≤32mm (heavy-duty)

 

Youdaoplaceholder0 Typical processing materials ‌ aluminum alloy, stainless steel (finishing), cast iron, steel (rough machining)

 

Youdaoplaceholder0 industry application scenario recommendation ‌

 

Youdaoplaceholder0 BMT45‌ :

 

It is suitable for precision manufacturing fields such as 3C electronics and medical devices. For instance, when processing the middle frame of a mobile phone, through the compound processing capability of BMT45, turning, drilling and milling can be completed in one go, reducing the number of clamping operations and increasing the yield rate to 99.5%.

 

Youdaoplaceholder0 BMT55‌ :

 

It is suitable for heavy manufacturing fields such as automotive parts and energy equipment. For instance, when processing wind turbine spindles, the rigid design of BMT55 can withstand high cutting forces. Combined with AI process optimization, the processing efficiency is increased by 40% and the tool life is extended by two times.

 

What type of parts are you currently processing? If necessary, I can further provide an optimization solution that combines BMT45/55 with AI technology.