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The BMT high-precision CNC turning and milling composite machine is a compact yet powerful solution designed for machining complex components in aerospace and other industries with stringent precision requirements. Equipped with a high-performance spindle and a versatile turret system, it integrates advanced power tools to process intricate geometries with machining accuracy that typically eliminates the need for secondary finishing operations. Direct-drive motors on all axes eliminate backlash and enhance dynamic response, ensuring smooth operation even during high-speed machining. This machine redefines the potential of compact CNC platforms by seamlessly addressing both small-batch prototyping and high-precision volume production needs.
The machine tool's versatility is embodied in its multi-tasking design, centered around a turret system capable of accommodating a large number of tool positions—sufficient to mount a complete set of turning tools, milling cutters, drills, and taps. Its standout feature is the integration of a powered milling spindle within the turret itself, enabling it to rotate and feed synchronously as a sub-spindle during main spindle indexing. The machine's high-speed spindle operates at extremely high rotational speeds, complemented by a precision tool clamping system that ensures stable and accurate holding—a critical requirement for handling micro-tools with diameters measured in fractions of a millimeter.
Traditional multi-machine collaborative production requires repeated clamping, handling, and accumulation of errors, along with complex management. The turning-milling composite automation cell, equipped with an integrated tool magazine, automatic tool change system, and multi-axis coordination, can autonomously complete all processes—including turning, milling, drilling, tapping, and boring—without human intervention. This eliminates reference loss caused by repeated clamping, shortens the machining cycle for complex parts, and achieves micron-level consistent precision. The automated system integrates intelligent CNC systems with simulation software, supporting offline programming and 3D collision detection. This embeds process knowledge directly into the program. Operators only need to load materials and call the program, leaving complex machining to the equipment. This significantly reduces reliance on individual operator experience, achieving “software-based technology and automated production” to effectively address the challenge of skilled worker shortages.
NC | CNC Control System | FANUC Oi-TF | Unit |
Machining Capability | Max. Swing Diameter | ø 500 | MM |
Max. Machining Diameter × Length | 300×330 | MM | |
Spindle Bore Diameter | ø 56 | MM | |
Max. Bar Machining Diameter | ø 46 | MM | |
Spindle | Max. Spindle Speed | 4200 | RPM |
Spindle Nose Type | A2-5 | / | |
Chuck Size | 6″ Hollow Chuck | INCH | |
Feed | X-axis Max. Travel | 480 | MM |
X-axis Rapid Traverse Speed | 25 | M/MIN | |
Y-axis Max. Travel | ±35 | MM | |
Z-axis Max. Travel | 500 | MM | |
Z-axis Rapid Traverse Speed | 25 | M/MIN | |
Turret | Number of Tool Positions | 12/15 | T |
External Tool Holder Height | 20*20 | MM | |
Max. Internal Tool Holder Diameter | ø 25 | MM | |
Motor | Spindle Motor (Rated Power) | 7.5 | KW |
Milling Spindle | 2.3 | KW | |
Total Machine Power | 25 | KW | |
Others | Coolant Tank Capacity | 160 | L |
Machine Height | 1950 | MM | |
Floor Space (L × W)） | 2400*1650 | MM | |
Total Machine Weight | 3200 | KG | |
Optional Configurations | GSK/FANUC System | 7.5KW Electric Spindle | Tailstock Center |
High-Pressure Water Output 30/70Bar | 0°Radial Live Tool Holder (0°) | 90°Axial Live Tool Holder (90°) | |
Bar Feeder, Part Catcher | 8-Inch Hollow Chuck | Automatic Door |
1.High-precision component manufacturing
CNC machine tools use AI technology to optimise processing parameters, significantly improving the precision and consistency of robot core components.
2.Intelligent production processes
AI enables CNC machine tools to achieve a closed loop of ‘perception-learning-decision-control,’ optimising the entire robot manufacturing process:
Intelligent programming and code generation: AI assistants can automatically generate CNC code through voice or text commands, increasing programming efficiency by several times and supporting rapid response to personalised orders.
Adaptive processing and process optimisation: Based on AI large model fusion modelling technology, the CNC system can adjust processing parameters in real time.
Predictive maintenance and fault diagnosis: The AI fault diagnosis system has reached the level of an engineer with 1-2 years of experience, reducing downtime and ensuring the stable operation of robot production lines.
3.Driving the intelligent upgrade of robots
The combination of CNC machine tools and AI technology directly helps industrial robots achieve a higher level of intelligence.
Intelligent R&D support: Precision components processed by five-axis CNC machine tools (such as impellers and biomimetic structures) provide a highly flexible hardware foundation for embodied intelligent robots.
Data-driven flexible production: CNC systems open data interfaces to support seamless integration with robot production lines, enabling flexible manufacturing of multiple varieties in small batches.
Where is the company located?
In Tongling, Anhui Province, which is close to Shanghai and Hangzhou, it only takes about three and a half hours by bullet train to reach there.
What materials can this machine process?
It efficiently machines stainless steel (304/316), aluminum (6061/7075), titanium (Grade 5), and engineering plastics (PEEK/POM).
How can I choose the most suitable machines ?
Please tell me your specifications ,we can choose the best model for you,or you can choose the exact model.You can also send us the products drawing,we will choose the most suitable machines for you.
What is your standard package?
Our package is export standard plywood case with pallet.
What material is used for the machine tool bed?
Machine tool casting using HT300.
