YCM NDC2016B
- A-ribbed base structure with multiple supporting points provides X-axis with the best straightness
- Work table fully supported by base provides perfect dynamic accuracy
- One piece high rigidity column offers low deformation, providing Y-axis with the best straightness
- Wide span saddle provides both horizontal and vertical support which decentralizes the load caused from head weight and spindle during machining
- Roller type linear guideways on both X/Y-axis provides low friction, non-backlash, high rigidity and high precision
- High damping boxway on Z-axis absorbs vibration, prolongs tool life and enhances surface precision
- Dual chip augers with conveyor offer efficient chip removal Simple plate metal design reduces chip accumulation
YCM NDC2018-AHC
- Self-manufactured gearbox provides high torque for both vertical and horizontal machining
- High rigidity octagonal milling head design
- Quiet precision grounded bevel gear, adopts oil-mist lubrication to reduce heat
- Large diameter toothed clutches provide high machining stability, precision and rigidity
- 4 independent pull studs with high clamping force
- 90°angle head anti-drop safety mechanism
- Optional coolant through spindle (CTS) for both vertical/ 90°angle head
- Rotary head chamber design reduces space and provides rapid head change
- Automatic vertical / horizontal head change mechanism
- Reduce time for both fixture producing and workpiece installation, improving production efficiency
- Multi-face machining in one step increases machining efficiency and precision
- Vertical / Horizontal tool change system provides fast tool change, sensors and sequence scanning ensures tool change stability
YCM NDC3016B
- A-ribbed base structure with multiple supporting points provides X-axis with the best straightness
- Work table fully supported by base provides perfect dynamic accuracy
- One piece high rigidity column offers low deformation, providing Y-axis with the best straightness
- Wide span saddle provides both horizontal and vertical support which decentralizes the load caused from head weight and spindle during machining
- Roller type linear guideways on both X/Y-axis provides low friction, non-backlash, high rigidity and high precision
- High damping boxway on Z-axis absorbs vibration, prolongs tool life and enhances surface precision
- Dual chip augers with conveyor offer efficient chip removal Simple plate metal design reduces chip accumulation
YCM NDC3018B-AHC
- Self-manufactured gearbox provides high torque for both vertical and horizontal machining
- High rigidity octagonal milling head design
- Quiet precision grounded bevel gear, adopts oil-mist lubrication to reduce heat
- Large diameter toothed clutches provide high machining stability, precision and rigidity
- 4 independent pull studs with high clamping force
- 90°angle head anti-drop safety mechanism
- Optional coolant through spindle (CTS) for both vertical/ 90°angle head
- Rotary head chamber design reduces space and provides rapid head change
- Automatic vertical / horizontal head change mechanism
- Reduce time for both fixture producing and workpiece installation, improving production efficiency
- Multi-face machining in one step increases machining efficiency and precision
- Vertical / Horizontal tool change system provides fast tool change, sensors and sequence scanning ensures tool change stability
YCM NDC3022B
- Highly rigid box structure head design, effectively resists deformation and vibration during heavy cutting.
- Extra wide column base with boots design prevents the headstock from leaning forward.
- Work table fully supported by base provides perfect dynamic accuracy.
- The gear box is self-made which is powerful 2-step gear transmission as standard, with oil cooling lubrication that prevents temperature rise and noise.
- X-axis adopts direct gear drive that provides high torque, high transmission efficiency and low backlash.
- Z-axis head is boxway design that shows high rigidity and high damping, effectively avoids overhang, and vibration issues.
- Wide span saddle enhances stabilization. With rigid beam and columns configuration, it provides Y-axis with the best straightness.
- Y-axis and Z-axis adopt ball screw and flexible direct design,without blacklash and belt drive issues.
YCM NDC4016B
- A-ribbed base structure with multiple supporting points provides X-axis with the best straightness
- Work table fully supported by base provides perfect dynamic accuracy
- One piece high rigidity column offers low deformation, providing Y-axis with the best straightness
- Wide span saddle provides both horizontal and vertical support which decentralizes the load caused from head weight and spindle during machining
- Roller type linear guideways on both X/Y-axis provides low friction, non-backlash, high rigidity and high precision
- High damping boxway on Z-axis absorbs vibration, prolongs tool life and enhances surface precision
- Dual chip augers with conveyor offer efficient chip removal Simple plate metal design reduces chip accumulation
YCM NDC4018B-AHC
- Self-manufactured gearbox provides high torque for both vertical and horizontal machining
- High rigidity octagonal milling head design
- Quiet precision grounded bevel gear, adopts oil-mist lubrication to reduce heat
- Large diameter toothed clutches provide high machining stability, precision and rigidity
- 4 independent pull studs with high clamping force
- 90°angle head anti-drop safety mechanism
- Optional coolant through spindle (CTS) for both vertical/ 90°angle head
- Rotary head chamber design reduces space and provides rapid head change
- Automatic vertical / horizontal head change mechanism
- Reduce time for both fixture producing and workpiece installation, improving production efficiency
- Multi-face machining in one step increases machining efficiency and precision
- Vertical / Horizontal tool change system provides fast tool change, sensors and sequence scanning ensures tool change stability
YCM NDC4022B
- Highly rigid box structure head design, effectively resists deformation and vibration during heavy cutting.
- Extra wide column base with boots design prevents the headstock from leaning forward.
- Work table fully supported by base provides perfect dynamic accuracy.
- The gear box is self-made which is powerful 2-step gear transmission as standard, with oil cooling lubrication that prevents temperature rise and noise.
- X-axis adopts direct gear drive that provides high torque, high transmission efficiency and low backlash.
- Z-axis head is boxway design that shows high rigidity and high damping, effectively avoids overhang, and vibration issues.
- Wide span saddle enhances stabilization. With rigid beam and columns configuration, it provides Y-axis with the best straightness.
- Y-axis and Z-axis adopt ball screw and flexible direct design,without blacklash and belt drive issues.
YCM NDC4022B-AHC
- Highly rigid box structure head design, effectively resists deformation and vibration during heavy cutting.
- Extra wide column base with boots design prevents the headstock from leaning forward.
- Work table fully supported by base provides perfect dynamic accuracy.
- X-axis adopts direct gear drive that provides high torque, high transmission efficiency and low backlash.
- Z-axis head is boxway design that shows high rigidity and high damping, effectively avoids overhang, and vibration issues.
- Wide span saddle enhances stabilization. With rigid beam and columns configuration, it provides Y-axis with the best straightness.
- Y-axis and Z-axis adopt ball screw and flexible direct design, without blacklash and belt drive issues.
- Self-manufactured gearbox with powerful 2-step gear transmission provides high torque for both vertical and horizontal machining.
- The gearbox with oil cooling lubrication that prevents temperature rise and noise.
- High rigidity octagonal milling head design
- Quiet precision grounded bevel gear, adopts oil-mist lubrication to reduce heat.
- Large diameter toothed clutches provide high machining stability, precision and rigidity.
- 4 independent pull studs with high clamping force
- 90° angle head anti-drop safety mechanism
- Optional coolant through spindle (CTS) for both vertical/ 90°angle head
- Rotary head chamber design reduces space and provides rapid head change.
- Automatic vertical / horizontal head change mechanism.
- Reduce time for both fixture producing and workpiece installation, improving production efficiency.
- Multi-face machining in one step increases machining efficiency and precision.
- Vertical / Horizontal tool change system provides fast tool change, sensors and sequence scanning ensures tool change stability.