DCV Series
FEATURES:
Superb Body Structure
- One-piece Column
- One-piece Base
High Rigidity Guideways
- Roller type guideways on X/Y axis
- Horizontal and vertical support of the headstock
- Direct drive motors on 3 axes reduce backlash and ensure perfect axial accuracy
- Three axes adopt highly responsive servo motor, configuring ball screws with direct drive. Measuring with absolute encoder to ensure high rigidity and positioning accuracy without backlash.
- Z-axis is equipped with roller type guideway and 6 slider blocks to enhance cutting rigidity and smooth movement during 3D contouring operations.
High Quality Work Table
- The work table is precisely ground before assembled to ensure DCV series excellent machining results
Built-in Motorized Spindle
- DCV2012A is equipped with YCM made built-in motorized spindle delivering 20,000rpm high speed. The ultra smooth movement achieves various machining results.
- Patented circulated cooling system
- Patented suppressing vibration design
- Floating design of rear bearing
- Bearing with micro oil-air lubrication system
- BBT40 with simultaneous taper and flange contact design
FEATURES:
Superb Body Structure
- One-piece Column
- One-piece Base
High Rigidity Guideways
- Roller type guideways on X/Y axis
- Horizontal and vertical support of the headstock
- Direct drive motors on 3 axes reduce backlash and ensure perfect axial accuracy
- Three axes adopt highly responsive servo motor, configuring ball screws with direct drive. Measuring with absolute encoder to ensure high rigidity and positioning accuracy without backlash.
- Z-axis is equipped with box guideway reinforced through induction hardening process, precision ground and FEM analysis to offer superb cutting rigidity and short force flow
High Quality Work Table
- The work table is precisely ground before assembled to ensure DCV series excellent machining results
10,000rpm Spindle
- Isolated Direct Drive Design
- 10,000rpm IDD spindle driven by 22kW dual step AC digital spindle motor is able to reach max. 36.04kgf-m torque output at 500rpm.
- Unique IDD design offers low spindle vibration and optimal heat isolation that results in excellent accuracy after longterm operation.
FEATURES:
Reinforced Body Structure
- One-piece Column
- One-piece Base
- Ultimate rigidity and proportion of the headstock
- Internal double A type ribbed bed design through FEM analysis offers full support for table.
- 1,800 mm distance between columns increases the stability of machine.
Extra Rigidity Guideways
- Roller type linear guideways on X / Y / Z-axis.
- Y axis linear guideways design with large span with horizontal and vertical directions which can take the saddle weight and machining force.
- Direct driven motors on Y / Z-axis reduce backlash and ensure perfect axial accuracy.
- X-axis is gearbox driven.
High Payload Table
- The work table is precisely ground before assembled to ensure DCV series excellent machining results.
- 8 tons maximum table machining loading.
B/C-axis Head
- DD motor drive, no backlash.
- B/C axis rotary speed 100 rpm
- C-axis includes three roller bearings to increase rigidity and accuracy.
- B-axis high rigidity and high accuracy cross roller bearing.
- Heidenhain accuracy encoder included as standard.
- Pneumatic positioning clamping equipment.
- Over travel protection design.
- B-axis anti-drop function at power outage.
Unique Isolated Direct Drive Design
- Deliver maximum spindle speed of up to 18,000 rpm driven by 70 kW motor.
FEATURES:
High Rigidity Guideways
- X-axis is directly driven by gearbox offering smooth axial response and high torque
- Roller type guideways on X/Y axis
- Y-axis is supported by 3 roller type guideways and 6 slider blocks to offer ultimate cutting rigidity
- Horizontal and vertical support of the headstock
- Hardened and ground box guideway on Z-axis enlarges the contact interface for high machining stability.
4,500rpm Spindle
- With Hi-lo Gear Transmission
- 4,500rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87kgf-m torque output at 241rpm ideal for machining hard material.
Superb Body Structure
- One-piece Column
- One-piece Base
- Rigid proportion of the headstock
FEATURES:
Reinforced Body Structure
- One-piece Column
- One-piece Base
- Ultimate rigidity and proportion of the headstock
- Internal double A type ribbed bed design through FEM analysis offers full support for table.
- 1,800 mm distance between columns increases the stability of machine
Extra Rigidity Guideways
- Roller type linear guideways on X / Y / Z-axis.
- Y axis linear guideways design with large span with horizontal and vertical directions which can take the saddle weight and machining force.
- Direct driven motors on Y / Z-axis reduce backlash and ensure perfect axial accuracy.
- X-axis is gearbox driven.
High Payload Table
- The work table is precisely ground before assembled to ensure DCV series excellent machining results.
- 10 tons maximum table machining loading.
B/C-axis Head
- DD motor drive, no backlash.
- B/C axis rotary speed 100 rev/min.
- C-axis includes three roller bearings to increase rigidity and accuracy.
- B-axis high rigidity and high accuracy cross roller bearing.
- Heidenhain accuracy encoder included as standard.
- Pneumatic positioning clamping equipment.
- Over travel protection design.
- B-axis anti-drop function at power outage.
Unique Isolated Direct Drive Design
- Deliver maximum spindle speed of up to 18,000 rpm driven by 56/70kW motor
FEATURES:
Superb Body Structure
- Turcite-B design on Z-axis strengthens rigidity and damping capacity reducing overhang and vibration problems.
- Extra wide column base with boots design prevents the headstock from leaning forward.
- Internal ribs structure design through FEM analysis delivers high rigidity and stability.
High Rigidity Guideways
- Direct drive gearbox design on X-axis offers smooth axial response, high torque, and low backlash.
- X-axis is equipped with 3 roller type guideways and numerous slider blocks for great load capacity of 12 slider blocks.
- 3 roller type guideways on Y-axis strongly support the headstock and saddle.
4,500rpm Spindle
- With Hi-lo Gear Transmission
- 4,500rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87kgf-m torque output at 241rpm ideal for machining hard material.
FEATURES:
Superb Body Structure
- Turcite-B design on Z-axis strengthens rigidity and damping capacity reducing overhang and vibration problems.
- Extra wide column base with boots design prevents the headstock from leaning forward
- Internal ribs structure design through FEM analysis delivers high rigidity and stability.
High Rigidity Guideways
- Direct drive gearbox design on X-axis offers smooth axial response, high torque, and low backlash
- X-axis is equipped with 3 roller type guideways and numerous slider blocks for great load capacity of 12 slider blocks
- 3 roller type guideways on Y-axis strongly support the headstock and saddle.
4,500rpm Spindle
- With Hi-lo Gear Transmission.
- 4,500rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87kgf-m torque output at 241rpm ideal for machining hard material.
FEATURES:
Superb Body Structure
- One-piece Column
- One-piece Base
- Rigid proportion of the headstock
4,500rpm Spindle
- With Hi-lo Gear Transmission
- 4,500rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87kgf-m torque output at 241rpm ideal for machining hard material.
High Rigidity Guideways
- X-axis is directly driven by gearbox offering smooth axial response and high torque
- Roller type guideways on X/Y axis
- Y-axis is supported by 3 roller type guideways and 6 slider blocks to offer ultimate cutting rigidity
- Horizontal and vertical support of the headstock
- Hardened and ground box guideway on Z-axis enlarges the contact interface for high machining stability
FEATURES:
Reinforced Body Structure
- One-piece Column
- One-piece Base
- Ultimate rigidity and proportion of the headstock
- Internal double A type ribbed bed design through FEM analysis offers full support for table.
- 1,800 mm distance between columns increases the stability of machine.
Extra Rigidity Guideways
- Roller type linear guideways on X / Y / Z-axis.
- Y axis linear guideways design with large span with horizontal and vertical directions which can take the saddle weight and machining force.
- Direct driven motors on Y / Z-axis reduce backlash and ensure perfect axial accuracy.
- X-axis is gearbox driven.
High Payload Table
- The work table is precisely ground before assembled to ensure DCV series excellent machining results.
- 12 tons maximum table machining loading.
B/C-axis Head
- DD motor drive, no backlash.
- B/C axis rotary speed 100 rev/min.
- C-axis includes three roller bearings to increase rigidity and accuracy.
- B-axis high rigidity and high accuracy cross roller bearing.
- Heidenhain accuracy encoder included as standard.
- Pneumatic positioning clamping equipment.
- Over travel protection design.
- B-axis anti-drop function at power outage.
Unique Isolated Direct Drive Design
- Deliver maximum spindle speed of up to 18,000 rpm driven by 56/70kW motor
FEATURES:
Superb Body Structure
- Turcite-B design on Z-axis strengthens rigidity and damping capacity reducing overhang and vibration problems.
- Extra wide column base with boots design prevents the headstock from leaning forward
- Internal ribs structure design through FEM analysis delivers high rigidity and stability.
High Rigidity Guideways
- Direct drive gearbox design on X-axis offers smooth axial response, high torque, and low backlash
- X-axis is equipped with 3 roller type guideways and numerous slider blocks for great load capacity of 15 slider blocks
- 3 roller type guideways on Y-axis strongly support the headstock and saddle.
4,500rpm Spindle
- With Hi-lo Gear Transmission.
- 4,500rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87kgf-m torque output at 241rpm ideal for machining hard material.
FEATURES:
Superb Body Structure
- Turcite-B design on Z-axis strengthens rigidity and damping capacity reducing overhang and vibration problems
- Extra wide column base with boots design prevents the headstock from leaning forward
- Internal ribs structure design through FEM analysis delivers high rigidity and stability
High Rigidity Guideways
- Direct drive gearbox design on X-axis offers smooth axial response, high torque, and low backlash
- X-axis is equipped with 3 roller type guideways and numerous slider blocks for great load capacity of 15 slider blocks
- 3 roller type guideways on Y-axis strongly support the headstock and saddle
4,500rpm Spindle
- With Hi-lo Gear Transmission.
- 4,500rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87kgf-m torque output at 241rpm ideal for machining hard material.
FEATURES:
5AX ROBO I Achieves Perfect 3D Contouring Operations
- High rigidity symmetrical fork type structure design minimizes heat deformation during heavy cutting applications.
- The main structure is made of superior nodular graphite cast iron.
- High dynamic universal milling head, built-in motorized spindle with HSK-A100 taper offers max. spindle speed 10,000 rpm.
- Coolant through spindle system: 20 bar (opt.)
- Superb spindle coolant system.
High Rigidity B/C Axis
- Direct drive motor design delivers high torque, low backlash and perfect clamping capacity.
- HEIDENHAIN encoder enhances the cutting accuracy.
- Disc type hydraulic clamping device.
- Rotary joint design prevents the damage on the hydraulic tubes caused during rotation.
- Double direction roller bearings for perfect cutting rigidity.
Superb Body Structure & X/Y/Z Guideways Design
- Massive MEEHANITE® casting through FEM analysis offers exceptional damping capacity.
- Direct drive gearbox design on X/Y/Z axis offers smooth axial response, high torque, and low backlash.
- Extra wide column base with boots design.
- Equipped with roller type guideways and numerous slider blocks for great load capacity and cutting rigidity.
Unique Isolated Direct Drive Design
- 10,000 rpm IDD spindle is optional to be equipped with DCV series. Driven by 46 kW dual step AC digital spindle motor, the spindle is able to reach max. 36.04 kgf-m torque output at 500 rpm.
- Unique IDD design offers low spindle vibration and optimal heat isolation that results in excellent accuracy after long term operation.
FEATURES:
5AX ROBO I Achieves Perfect 3D Contouring Operations
- High rigidity symmetrical fork type structure design minimizes heat deformation during heavy cutting applications.
- The main structure is made of superior nodular graphite cast iron.
- High dynamic universal milling head, built-in motorized spindle with HSK-A100 taper offers max. spindle speed 10,000 rpm.
- Coolant through spindle system: 20 bar (opt.)
- Superb spindle coolant system.
High Rigidity B/C Axis
- Direct drive motor design delivers high torque, low backlash and perfect clamping capacity.
- HEIDENHAIN encoder enhances the cutting accuracy.
- Disc type hydraulic clamping device.
- Rotary joint design prevents the damage on the hydraulic tubes caused during rotation.
- Double direction roller bearings for perfect cutting rigidity.
Superb Body Structure & X/Y/Z Guideways Design
- Massive MEEHANITE® casting through FEM analysis offers exceptional damping capacity.
- Direct drive gearbox design on X/Y/Z axis offers smooth axial response, high torque, and low backlash.
- Extra wide column base with boots design.
- Equipped with roller type guideways and numerous slider blocks for great load capacity and cutting rigidity.
HEIDENHAIN Control
- 5-axis simultaneous control by HEIDENHAIN TNC640 increases efficiency, tool life, and cutting accuracy.
- Program memory hard disk with 21 GB.
- Tool center point management [TCPM]
- Dynamic collision monitoring [DCM]
- DXF converter (opt.)
Unique Isolated Direct Drive Design
- 10,000 rpm IDD spindle is optional to be equipped with DCV series. Driven by 46 kW dual step AC digital spindle motor, the spindle is able to reach max. 36.04 kgf-m torque output at 500 rpm.
- Unique IDD design offers low spindle vibration and optimal heat isolation that results in excellent accuracy after long term operation.
FEATURES:
Superb Body Structure
- Turcite-B design on Z-axis strengthens rigidity and damping capacity reducing overhang and vibration problems
- Extra wide column base with boots design prevents the headstock from leaning forward
- Internal ribs structure design through FEM analysis delivers high rigidity and stability
High Rigidity Guideways
- Direct drive gearbox design on X-axis offers smooth axial response, high torque, and low backlash
- X-axis is equipped with 3 roller type guideways and numerous slider blocks for great load capacity of 15 slider blocks
- 3 roller type guideways on Y-axis strongly support the headstock and saddle
4,500rpm Spindle
- 4,500rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87kgf-m torque output at 241rpm ideal for machining hard material.
FEATURES:
Superb Body Structure
- Turcite-B design on Z-axis strengthens rigidity and damping capacity reducing overhang and vibration problems.
- Extra wide column base with boots design prevents the headstock from leaning forward.
- Internal ribs structure design through FEM analysis delivers high rigidity and stability.
- In the picture, A and B are designed by competitors and YCM respectively.
High Rigidity Guideways
- Direct drive gearbox design on X-axis offers smooth axial response, high torque, and low backlash.
- X-axis is equipped with 3 roller type guideways and numerous slider blocks for great load capacity of 18 slider blocks.
- 3 roller type guideways on Y-axis strongly support the headstock and saddle.
4,500 rpm Spindle With Hi-lo Gear Transmission
- 4,500 rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87 kgf-m torque output at 241 rpm ideal for machining hard material.
FEATURES:
Superb Body Structure
- Turcite-B design on Z-axis strengthens rigidity and damping capacity reducing overhang and vibration problems.
- Extra wide column base with boots design prevents the headstock from leaning forward.
- Internal ribs structure design through FEM analysis delivers high rigidity and stability.
- In the picture, A and B are designed by competitors and YCM respectively.
High Rigidity Guideways
- Direct drive gearbox design on X-axis offers smooth axial response, high torque, and low backlash.
- X-axis is equipped with 3 roller type guideways and numerous slider blocks for great load capacity of 18 slider blocks.
- 3 roller type guideways on Y-axis strongly support the headstock and saddle.
4,500 rpm Spindle With Hi-lo Gear Transmission
- 4,500 rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87 kgf-m torque output at 241 rpm ideal for machining hard material.
FEATURES:
Superb Body Structure
- Turcite-B design on Z-axis strengthens rigidity and damping capacity reducing overhang and vibration problems
- Extra wide column base with boots design prevents the headstock from leaning forward
- Internal ribs structure design through FEM analysis delivers high rigidity and stability
High Rigidity Guideways
- Direct drive gearbox design on X-axis offers smooth axial response, high torque, and low backlash
- X-axis is equipped with 3 roller type guideways and numerous slider blocks for great load capacity of 15 slider blocks
- 3 roller type guideways on Y-axis strongly support the headstock and saddle
4,500rpm Spindle
- 4,500rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87kgf-m torque output at 241rpm ideal for machining hard material.
FEATURES:
5AX ROBO I Achieves Perfect 3D Contouring Operations
- High rigidity symmetrical fork type structure design minimizes heat deformation during heavy cutting applications.
- The main structure is made of superior nodular graphite cast iron.
- High dynamic universal milling head, built-in motorized spindle with HSK-A100 taper offers max. spindle speed 10,000 rpm.
- Coolant through spindle system: 20 bar (opt.)
- Superb spindle coolant system.
High Rigidity B/C Axis
- Direct drive motor design delivers high torque, low backlash and perfect clamping capacity.
- HEIDENHAIN encoder enhances the cutting accuracy.
- Disc type hydraulic clamping device.
- Rotary joint design prevents the damage on the hydraulic tubes caused during rotation.
- Double direction roller bearings for perfect cutting rigidity.
Superb Body Structure & X/Y/Z Guideways Design
- Massive MEEHANITE® casting through FEM analysis offers exceptional damping capacity.
- Direct drive gearbox design on X/Y/Z axis offers smooth axial response, high torque, and low backlash.
- Extra wide column base with boots design.
- Equipped with roller type guideways and numerous slider blocks for great load capacity and cutting rigidity.
HEIDENHAIN Control
- 5-axis simultaneous control by HEIDENHAIN TNC640 increases efficiency, tool life, and cutting accuracy.
- Program memory hard disk with 21 GB.
- Tool center point management [TCPM]
- Dynamic collision monitoring [DCM]
- DXF converter (opt.)
Unique Isolated Direct Drive Design
- 10,000 rpm IDD spindle is optional to be equipped with DCV series. Driven by 46 kW dual step AC digital spindle motor, the spindle is able to reach max. 36.04 kgf-m torque output at 500 rpm.
- Unique IDD design offers low spindle vibration and optimal heat isolation that results in excellent accuracy after long term operation.
FEATURES:
5AX ROBO I Achieves Perfect 3D Contouring Operations
- High rigidity symmetrical fork type structure design minimizes heat deformation during heavy cutting applications.
- The main structure is made of superior nodular graphite cast iron.
- High dynamic universal milling head, built-in motorized spindle with HSK-A100 taper offers max. spindle speed 10,000 rpm.
- Coolant through spindle system: 20 bar (opt.)
- Superb spindle coolant system
- High Rigidity B/C Axis
- Direct drive motor design delivers high torque, low backlash and perfect clamping capacity.
- HEIDENHAIN encoder enhances the cutting accuracy.
- Disc type hydraulic clamping device.
- Rotary joint design prevents the damage on the hydraulic tubes caused during rotation.
- Double direction roller bearings for perfect cutting rigidity.
- Superb Body Structure & X/Y/Z Guideways Design
- Massive MEEHANITE® casting through FEM analysis offers exceptional damping capacity.
- Direct drive gearbox design on X/Y/Z axis offers smooth axial response, high torque, and low backlash.
- Extra wide column base with boots design.
- Equipped with roller type guideways and numerous slider blocks for great load capacity and cutting rigidity.
HEIDENHAIN Control
- 5-axis simultaneous control by HEIDENHAIN TNC640 increases efficiency, tool life, and cutting accuracy.
- Program memory hard disk with 21 GB.
- Tool center point management [TCPM]
- Dynamic collision monitoring [DCM]
- DXF converter (opt.)
Unique Isolated Direct Drive Design
- 10,000 rpm IDD spindle is optional to be equipped with DCV series. Driven by 46 kW dual step AC digital spindle motor, the spindle is able to reach max. 36.04 kgf-m torque output at 500 rpm.
- Unique IDD design offers low spindle vibration and optimal heat isolation that results in excellent accuracy after long term operation.
FEATURES:
Superb Body Structure
- Turcite-B design on Z-axis strengthens rigidity and damping capacity reducing overhang and vibration problems.
- Extra wide column base with boots design prevents the headstock from leaning forward.
- Internal ribs structure design through FEM analysis delivers high rigidity and stability.
- In the picture, A and B are designed by competitors and YCM respectively.
High Rigidity Guideways
- Direct drive gearbox design on X-axis offers smooth axial response, high torque, and low backlash.
- X-axis is equipped with 3 roller type guideways and numerous slider blocks for great load capacity of 21 slider blocks.
- 3 roller type guideways on Y-axis strongly support the headstock and saddle.
4,500 rpm Spindle With Hi-lo Gear Transmission
- 4,500 rpm spindle speed is standard with 2-step gear transmission.
- The spindle incorporates roller type spindle bearings for extremely high cutting rigidity.
- The 2-step gear transmission provides 88.87 kgf-m torque output at 241 rpm ideal for machining hard material.
NDC Series
YCM persists on building the self-manufacturing capability and strict assembly inspection process for upgrading the NDC High Efficiency Double Column Machining Center to its limit of precision, rigidity and power.
FEATURES:
High Rigidity Structural Design
- 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 box way 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.
The NDC series is suitable for long workpiece machining. Multi-face machining could also be performed with the adoption of the 90°Angle head which changes automatically. The NDC-AHC can be used for machining applications such as large-scale castings, structural parts and semiconductor chamber components.
FEATURES:
High Rigidity 90°Angle Head
- 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.
Reliable AHC Vertical / Horizontal Automatic Tool Change
- 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 persists on building the self-manufacturing capability and strict assembly inspection process for upgrading the NDC High Efficiency Double Column Machining Center to its limit of precision, rigidity and power.
FEATURES:
High Rigidity Structural Design
- 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 box way 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.
The NDC series is suitable for long workpiece machining. Multi-face machining could also be performed with the adoption of the 90°Angle head which changes automatically. The NDC-AHC can be used for machining applications such as large-scale castings, structural parts and semiconductor chamber components.
FEATURES:
High Rigidity 90°Angle Head
- 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
Reliable AHC Vertical / Horizontal Automatic Tool Change
- 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
FEATURES:
- 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.
- 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.
YCM persists on building the self-manufacturing capability and strict assembly inspection process for upgrading the NDC High Efficiency Double Column Machining Center to its limit of precision, rigidity and power.
FEATURES:
High Rigidity Structural Design
- 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 box way 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.
The NDC series is suitable for long workpiece machining. Multi-face machining could also be performed with the adoption of the 90°Angle head which changes automatically. The NDC-AHC can be used for machining applications such as large-scale castings, structural parts and semiconductor chamber components.
FEATURES:
High Rigidity 90°Angle Head
- 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.
Reliable AHC Vertical / Horizontal Automatic Tool Change
- 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
FEATURES:
High Efficiency Double Column Machining Center
- 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.
- 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.
FEATURES:
High Efficiency Double Column Machining Center
- 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.
- 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.
NFP Series
FEATURES:
Reinforced Body Structure
- FEM analysis strengthens the structure of the machine to provide the best cutting rigidity.
- Box-shape and double column structure design reduce thermal deformation.
- Less Z-axis overhang ensure optimal machine stability.
Built-in Motorized Spindle
- Low vibration and optimal head isolation reduce thermal deformation resulting in excellent finish while maximizing both spindle and tool life under hard milling conditions.
- Up to 40,000 rpm spindle speed.
- Double contact spindle taper ensures heavy-duty cutting performance and machining accuracy
- Highly reliable helical disc spring design for better spindle balance and life.
- Rear bearing floating design decreases thermal deformation at high speed.
- Design for dynamic balance of spindle provides ultimate cutting rigidity.
- Micro oil-air lubrication system minimizes thermal deformation and prolongs spindle life.
High Precision Axial Movement
- The million-pulse/rev high-resolution encoders in all axes enable the utmost precision status.
- The enlarged roller bearing linear motion guides perform extreme rigidity.
- High precision ballscrews ensure high speed high precision axial movements.
Spindle Thermal Compensation
- Built-in STC (spindle thermal compensation) function, control deviation under 5μm.
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