Custom CNC Machine Solutions
Application-Oriented Machine Customization
Different manufacturing companies require different machining capabilities, production efficiency levels, and automation requirements. Our customization service is based on actual machining applications, not standard marketing configurations.
Customization is evaluated according to:
●Workpiece material and hardness
●Part size and machining stroke requirements
●Production volume (single piece / batch / mass production)
●Required machining accuracy and surface finish
●Factory layout and automation level
Spindle Configuration Customization
Available Options
Belt-driven spindle (cost-effective general machining)
Direct-drive spindle (higher precision and stability)
Built-in motor spindle (high-speed and high-efficiency machining)
What can be adjusted
Spindle speed range (e.g., low-speed heavy cutting or high-speed finishing)
Spindle torque (for heavy-duty cutting applications)
Taper size (BT40 / BT50 / HSK series depending on model)
Engineering impact
Higher spindle speed improves finishing quality but reduces heavy cutting capacity
Larger taper improves rigidity but increases tool cost
Suitable customers
Mold manufacturers requiring surface quality
Automotive suppliers requiring high-efficiency machining
Heavy industry requiring stable cutting performance
Machine Travel (Stroke) Customization
Adjustable parameters
X / Y / Z axis travel range
Column height and gantry span (for large parts)
Table size and loading capacity
Engineering limitations
Travel range is designed based on:
Machine structure rigidity
Ball screw length limitations
Guide rail support strength
Typical applications
Small precision parts (electronic / medical components)
Medium automotive parts
Large structural parts (energy / machinery industry)
CNC Control System Options
We support multiple international CNC systems depending on customer preference and operator familiarity:
FANUC (Japan) – Stable industrial standard
Siemens (Germany) – Advanced programming flexibility
Mitsubishi (Japan) – Cost-effective control solution
SYNTEC (Taiwan) – Widely used in Asia markets
Selection guidance
Mass production → FANUC preferred
Complex machining → Siemens recommended
Cost-sensitive projects → SYNTEC option
Tool Magazine Capacity Options
Available configurations
24 tools (standard machining)
30 tools (balanced production)
40 tools (complex machining requirements)
Custom expanded tool magazine (on request)
Engineering considerations
Larger tool magazine increases machine size and cycle time stability
Higher tool capacity improves multi-process machining efficiency
Automation Integration
We provide machine interfaces for automation systems, including:
Robotic arm loading/unloading systems
Gantry automatic loading systems
Pallet changer systems (horizontal machining centers)
Flexible production line integration
Typical use cases
Mass production automotive parts
24-hour unmanned production
Reduced labor cost manufacturing
Chip Removal and Cooling System Options
Chip removal systems
Chain-type chip conveyor (heavy cutting applications)
Screw-type chip conveyor (compact machines)
Cooling systems
Standard coolant system
High-pressure coolant (deep hole machining)
Through-spindle coolant (tool life improvement)
Application impact
Proper chip removal and cooling directly affect:
Tool life
Surface finish
Machine stability in continuous operation
Electrical and Voltage Customization
Machines can be configured according to destination country standards:
●380V / 50Hz (standard China / Europe)
●220V / 60Hz (some Asia regions)
●415V / 50Hz (Middle East / Africa regions)
●460V / 60Hz (North America)
Control cabinet layout can also be adjusted based on:
●Local safety regulations
●Operator usage habits
●Maintenance accessibility requirements
Customization Process
Our customization is based on engineering evaluation:
Customer provides part drawings or sample photos
1
>>
Application analysis by engineering team
2
>>
Machine configuration proposal
3
>>
Technical confirmation and quotation
4
>>
Production and assembly adjustment
5
>>
Final inspection based on agreed configuration
6