Enshu GE Series
Enshu GE Series

GE460H

Ultra performance 400mm pallet, 40-taper traveling column horizontal machining center of the latest design. Totally expandable in the field in tools, pallet pools and systems. Easily grows with your company, add tools and pallets for endless possibilities.

GE480H

A 500mm pallet, 40-taper horizontal machining center that has been a trusted high performer. Offers large travels and a high-speed, heavy cutting spindle. Delivers ultra-performance in speed, thermal stability and unwavering reliability. Totally expandable in the field in both tools and pallet changer configurations. Easily grows with your company for endless possibilities.

GE580H

A high performance heavy cutting 500mm pallet 50-taper horizontal machining center. Features oversized spindle bearings and 13,000 RPM 40HP spindle for high metal removal in steels and aluminum. Equipped standard with chilled spindle and ballscrews, the JE80G delivers thermal stability and extended duty cycle.

GE590H

The GE90H is a 630mm 50-taper horizontal of the next generation design. It will offer a full range of ATC capacities and pallet system choices.

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Takamaz USL-480
Takamaz USL-480

Inherited principle of space-saving design
In response to user requests for more tools made after the release of the USL-300 model, the USL-480 can be fitted with four standard tools. The remarkably slimmed-down USL-480 is only 480mm wide with the 160mm-long X-axis stroke maintained.

In pursuit of high-precision cutting
The built-in spindle with “zero-center design” lessens the relative displacement of the spindle unit and achieves greater cutting accuracy.

Shortened cycle time
The built-in spindle motor demonstrates a significant reduction in rise time (0 to 10,000min-1) to 1 second or less.* With the automatic loading mechanism installed, the time required for workpiece loading is only 4 seconds.

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Takamaz XC-100
Takamaz XC-100

Only 1,150 mm machine width Ultra-Compact Design

The machine is a slim design with width of only 1,150mm and still comes with a 120mm stroke X-Axis and 230mm stroke Z-Axis. Even with a slim width, it is still designed with 450mm door opening. The machine accessories are placed in front or in accessible locations on the machine as emphasis to routine maintenance.

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Takamaz XY-2000 Plus
Takamaz XY-2000 Plus

TAKAMAZ’s top compound machining center “XY-2000” has been redesigned. We have developed this specifically to provide larger work diameter, higher-level compound machining, and increased productivity, without changing the floor space. The first spindle is capable of bar work diameters up to a maximum of φ65mm※. Complex milling work is greatly considered with the combination of Y-axis control and rotary tools. This brings to fruition a high-functionality multi-machine capable of bar work and chuck work, expanding the capabilities in the area of lathe machining.

The maximum bar work diameter is φ51mm, standard, and an 8-inch chuck can be mounted on both spindles. In addition, for the first spindle only, it is possible to modify the spindle to handle bar work diameters up to φ65mm.

Along with increased spindle diameter, the spindle motor power is also increased. An AC18.5/15kW motor is mounted for the first spindle while an AC11/7.5kW motor for the second spindle is mounted, making it possible to perform at even higher level of compound machining, and then some.

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YCM NXV560A-APC
YCM NXV560A-APC
  • Tool unclamping cushion extends spindle bearing life by protecting spindle bearing from tool unclamping force.
  • Spindle cooling system (opt.) removes heat efficiently and minimizes thermal deformation.
  • Ceramic bearings features low inertia mass, low centrifugal force, high rigidity and low coefficient of thermal deformation.
  • High precision helical springs features high dynamic balance and low vibration.
  • Grease lubrication for 12,000 rpm spindle ; Oil-air lubrication for 15,000 rpm spindle (opt.).
  • FEM analysis is adopted to ensure the best mass arrangement and rib construction of the machine for constant stability under the intensive load of heavy-duty cutting.
  • Direct drive provides backlash free, best accuracy, reliability and stability.
  • All axial AC servo motors equipped with Absolute Positioning Encoders, no zero return needed
  • The rigid body construction makes for uncompromising precision and rigidity.
  • Absolute encoder ATC system provides high stability and speed.
  • Inverter controlled, prevents tool change speed from changing under different power supply frequency.
  • Tool change speed can be adjustable for heavy tools.
  • Auto Tool Change (T-T) 1.8 sec.
  • Tool Magazine Capacity: 24T
  • Driven by pneumatic cylinder.
  • Prevent coolant and chips from entering tool magazine.
  • Full enclosure exterior (including top cover).
  • Convertible side window for convenient chip removal.
  • Aesthetic rear cover design.
  • Coolant shower for efficient chip removal <NXV Series std.>
  • Pallet Size: 560 x 410 mm 22.04″ x 16.14″
  • Table Load Capacity: 120 kg 265 lb
  • Distance Between Spindle Nose and Table Top: 25 ~ 475 mm 0.98″~18.7″
  • Hole Pattern: M12 x 80 mm x 80 mm M12 x 3.15″ x 3.15″
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YCM NXV600A
YCM NXV600A
  • Tool unclamping cushion extends spindle bearing life by protecting spindle bearing from tool unclamping force.
  • Spindle cooling system (opt.) removes heat efficiently and minimizes thermal deformation.
  • Ceramic bearings features low inertia mass, low centrifugal force, high rigidity and low coefficient of thermal deformation.
  • High precision helical springs features high dynamic balance and low vibration.
  • Grease lubrication for 12,000 rpm spindle ; Oil-air lubrication for 15,000 rpm spindle (opt.).
  • FEM analysis is adopted to ensure the best mass arrangement and rib construction of the machine for constant stability under the intensive load of heavy-duty cutting.
  • Direct drive provides backlash free, best accuracy, reliability and stability.
  • All axial AC servo motors equipped with Absolute Positioning Encoders, no zero return needed
  • The rigid body construction makes for uncompromising precision and rigidity.
  • Absolute encoder ATC system provides high stability and speed.
  • Inverter controlled, prevents tool change speed from changing under different power supply frequency.
  • Tool change speed can be adjustable for heavy tools.
  • Auto Tool Change (T-T): 1.8 sec.
  • Tool Magazine Capacity: 24T
  • Driven by pneumatic cylinder.
  • Prevent coolant and chips from entering tool magazine.
  • Full enclosure exterior (including top cover).
  • Convertible side window for convenient chip removal.
  • Aesthetic rear cover design.
  • Coolant shower for efficient chip removal <NXV Series std.>
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YCM NXV1020A
YCM NXV1020A
  • Tool unclamping cushion extends spindle bearing life by protecting spindle bearing from tool unclamping force.
  • Spindle cooling system (opt.) removes heat efficiently and minimizes thermal deformation.
  • Ceramic bearings features low inertia mass, low centrifugal force, high rigidity and low coefficient of thermal deformation.
  • High precision helical springs features high dynamic balance and low vibration.
  • Grease lubrication for 12,000 rpm spindle as a standard
  • Oil-air lubrication for 12,000 / 15,000 rpm spindle (opt.)
  • FEM analysis is adopted to ensure the best mass arrangement and rib construction of the machine for constant stability under the intensive load of heavy-duty cutting.
  • Direct drive provides backlash free, best accuracy, reliability and stability.
  • All axial AC servo motors equipped with Absolute Positioning Encoders, no zero return needed
  • The rigid body construction makes for uncompromising precision and rigidity.
  • Absolute encoder ATC system provides high stability and speed.
  • Inverter controlled, prevents tool change speed from changing under different power supply frequency.
  • Tool change speed can be adjustable for heavy tools.
  • Auto Tool Change (T-T): 1.8 sec.
  • Tool Magazine Capacity: 24T (30T/40T opt.)
  • Driven by pneumatic cylinder.
  • Prevent coolant and chips from entering tool magazine.
  • Full enclosure exterior (including top cover).
  • Convertible side window for convenient chip removal.
  • Aesthetic rear cover design.
  • Coolant shower for efficient chip removal <NXV Series std.>
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YCM NXV1020AM
YCM NXV1020AM
  • Tool unclamping cushion extends spindle bearing life by protecting spindle bearing from tool unclamping force.
  • Spindle cooling system (opt.) removes heat efficiently and minimizes thermal deformation.
  • Ceramic bearings features low inertia mass, low centrifugal force, high rigidity and low coefficient of thermal deformation.
  • High precision helical springs features high dynamic balance and low vibration.
  • Oil-air lubrication for 12,000 rpm spindle as a standard.
  • Oil-air lubrication for 15,000 rpm spindle (opt.)
  • FEM analysis is adopted to ensure the best mass arrangement and rib construction of the machine for constant stability under the intensive load of heavy-duty cutting.
  • Direct drive provides backlash free, best accuracy, reliability and stability.
  • All axial AC servo motors equipped with Absolute Positioning Encoders, no zero return needed
  • The rigid body construction makes for uncompromising precision and rigidity.
  • Absolute encoder ATC system provides high stability and speed.
  • Inverter controlled, prevents tool change speed from changing under different power supply frequency.
  • Tool change speed can be adjustable for heavy tools.
  • Auto Tool Change (T-T): 1.8 sec.
  • Tool Magazine Capacity: 24T (30T/40T opt.)
  • Driven by pneumatic cylinder.
  • Prevent coolant and chips from entering tool magazine.
  • Full enclosure exterior (including top cover).
  • Convertible side window for convenient chip removal.
  • Aesthetic rear cover design.
  • Coolant shower for efficient chip removal <NXV Series std.>
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YCM NXV1380A
YCM NXV1380A
  • Tool unclamping cushion extends spindle bearing life by protecting spindle bearing from tool unclamping force.
  • Spindle cooling system (opt.) removes heat efficiently and minimizes thermal deformation.
  • Ceramic bearings features low inertia mass, low centrifugal force, high rigidity and low coefficient of thermal deformation.
  • High precision helical springs features high dynamic balance and low vibration.
  • Grease lubrication for 12,000 rpm spindle as a standard.
  • Oil-air lubrication for 12,000 / 15,000 rpm spindle (opt.)
  • FEM analysis is adopted to ensure the best mass arrangement and rib construction of the machine for constant stability under the intensive load of heavy-duty cutting.
  • All axial AC servo motors equipped with Absolute Positioning Encoders, no zero return needed
  • Direct drive provides backlash free, best accuracy, reliability and stability.
  • High rigidity and high loading linear guideways applied on the three axes.
  • 6 slide blocks on X-axis and 4 linear guideways on Y-axis
  • No counter weight on Z-axis
  • The rigid body construction makes for uncompromising precision and rigidity.
  • Absolute encoder ATC system provides high stability and speed.
  • Inverter controlled, prevents tool change speed from changing under different power supply frequency.
  • Tool change speed can be adjustable for heavy tools.
  • Auto Tool Change (T-T): 1.8 sec.
  • Tool Magazine Capacity: 24T (30T/48T/60T opt.)
  • Driven by pneumatic cylinder.
  • Prevent coolant and chips from entering tool magazine.
  • Full enclosure exterior (including top cover).
  • Convertible side window for convenient chip removal.
  • Aesthetic rear cover design.
  • Coolant shower for efficient chip removal <NXV Series std.>
  • Penta chip augers (4 Y-axial 1 X-axial) ensure fluent chip removal prevent chips from piling up. [Quad chip augers (4 Y-axial Chip Conveyor) opt.]
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YCM NXV1680A
YCM NXV1680A
  • Tool unclamping cushion extends spindle bearing life by protecting spindle bearing from tool unclamping force.
  • Spindle cooling system (opt.) removes heat efficiently and minimizes thermal deformation.
  • Ceramic bearings features low inertia mass, low centrifugal force, high rigidity and low coefficient of thermal deformation.
  • High precision helical springs features high dynamic balance and low vibration.
  • Grease lubrication for 12,000 rpm spindle as a standard.
  • Oil-air lubrication for 12,000 / 15,000 rpm spindle (opt.)
  • FEM analysis is adopted to ensure the best mass arrangement and rib construction of the machine for constant stability under the intensive load of heavy-duty cutting.
  • All axial AC servo motors equipped with Absolute Positioning Encoders, no zero return needed.
  • Direct drive provides backlash free, best accuracy, reliability and stability.
  • High rigidity and high loading linear guideways applied on the three axes.
  • 6 slide blocks on X-axis and 4 linear guideways on Y-axis
  • No counter weight on Z-axis
  • The rigid body construction makes for uncompromising precision and rigidity.
  • Absolute encoder ATC system provides high stability and speed.
  • Inverter controlled, prevents tool change speed from changing under different power supply frequency.
  • Tool change speed can be adjustable for heavy tools.
  • Auto Tool Change (T-T) 1.8 sec.
  • Tool Magazine Capacity: 24T (30T/48T/60T opt.)
  • Driven by pneumatic cylinder.
  • Prevent coolant and chips from entering tool magazine.
  • Full enclosure exterior (including top cover).
  • Convertible side window for convenient chip removal.
  • Aesthetic rear cover design.
  • Coolant shower for efficient chip removal <NXV Series std.>
  • Penta chip augers (4 Y-axial 1 X-axial) ensure fluent chip removal prevent chips from piling up. [Quad chip augers (4 Y-axial Chip Conveyor) opt.]
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YCM NXV1680B
YCM NXV1680B
  • Standard gearhead spindle of maximum of 6,000 rpm high-speed with the maximum of 18.5 kW 25 HP power output and 48 kgf-m 347.19 lb-ft torque.
  • Spindle speed of up to 10,000 rpm with IDD (Isolated Direct Drive) design, coupled with oil lubrication that can lower heat deviation, improve spindle accuracy and extend bearing life. Spindle power 22 kW 30 HP without gearbox, electric speed shift with spindle motor, maximum torque of 36 kgf-m 260.39 lb-ft. (option).
  • The quill type spindle housing is with cooling system to assure the best temperature control of the spindle head, and for the best machining results.
  • Deployed with precise angular contact ceramic ball bearings for extra axial and radial rigidity to fit the requirements of heavy cutting.
  • FEM analysis is adopted to ensure the best mass arrangement and rib construction of the machine for constant stability under the intensive load of heavy-duty cutting.
  • All axial AC servo motors equipped with Absolute Positioning Encoders, no zero return needed
  • Direct drive provides backlash free, best accuracy, reliability and stability.
  • High rigidity and high loading linear guideways applied on the three axes.
  • 6 slide blocks on X-axis and 4 linear guideways on Y-axis
  • No counter weight on Z-axis
  • The rigid body construction makes for uncompromising precision and rigidity.
  • Auto Tool Change (T-T): 4.2 sec.
  • Tool Magazine Capacity: 32T (24T/40T opt.)
  • High Stability Tool Magazine
  • Driven by pneumatic cylinder.
  • Prevent coolant and chips from entering tool magazine.
  • Full enclosure exterior (including top cover).
  • Convertible side window for convenient chip removal.
  • Aesthetic rear cover design.
  • Smooth chip removal.
  • Quad chip augers (4 Y-axial) system ensures fluent chip removal prevent chips from piling up. [with Rear Side Chip Conveyor (opt.)]
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YCM NMV76A
YCM NMV76A
  • Adopted consistent production process, box guideway type models with high shock absorption and wear resistance, are the best for heavy cutting.
  • The rigid body construction makes for uncompromising precision and rigidity.
  • Finite Element Method analysis (FEM) is adopted to simulate the structural deformation of the body under various conditions,integrated with YCM hand scrapping skills for box guideways, which ensures the best accuracy and life.
  • Boxway design on three axis is suitable for heavy cutting.
  • The wide span 650mm Y-axis with rigid dual-wall saddle design fully supports table movement.
  • No counter weight on Z-axis provides the best dynamic accuracy.
  • Symmetrical Head Stock design homogeneously absorbs the thermal expansion and avoids thermal deformation.
  • High precision ceramic ball bearing with low centrifugal force, low vibration and low coefficient of thermal expansion.
  • Tool unclamping cushion design extends spindle bearing life by protecting spindle bearing from tool unclamping force.
  • 12,000 rpm direct-drive spindle features high precision helical springs for excellent balance, suitable for parts machining.
  • The optional 8,000 rpm spindle design incorporates gear transmission is capable of reaching 45.04 kgf-m 325.78 lb-ft torque; perfect for casting and titanium machining.
  • The optional 10,000 rpm spindle combines with gear transmission for heavy cutting. Even using the small-diameter tools for high speed cutting can achieve refined machining roughness (Spindle cooling system: std.)
  • The bi-directional tool selection design takes the shortest random path.
  • The standard tool magazine is equipped with 24T, for more machining demands, the tool magazine can be expanded to 30T.
  • Absolute encoder and inventor control in ATC improve the tool change time 1.8 sec. only.
  • Tool change speed can be adjustable.
  • Pneumatic cylinder driven.
  • Prevent coolant and chips from entering tool magazine.
  • The best L/W ratio.
  • Secure the utmost cutting rigidity.
  • The Z-axial movement is very smooth.
  • The Z-axis is outside support design
  • Full enclosure exterior (including top cover).
  • Convertible side window for convenient chip removal.
  • Aesthetic rear cover design.
  • Smooth chip removal.
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YCM NMV106A
YCM NMV106A
  • Adopted consistent production process, box guideway type models with high shock absorption and wear resistance, are the best for heavy cutting.
  • The rigid body construction makes for uncompromising precision and rigidity.
  • Finite Element Method analysis (FEM) is adopted to simulate the structural deformation of the body under various conditions, integrated with YCM hand scrapping skills for box guideways, which ensures the best accuracy and life.
  • Boxway design on three axis is suitable for heavy cutting.
  • The wide span 800 mm Y-axis with rigid dual-wall saddle design fully supports table movement.
  • No counter weight on Z-axis provides the best dynamic accuracy.
  • Symmetrical Head Stock design homogeneously absorbs the thermal expansion and avoids thermal deformation.
  • High precision ceramic ball bearing with low centrifugal force, low vibration and low coefficient of thermal expansion.
  • Tool unclamping cushion design extends spindle bearing life by protecting spindle bearing from tool unclamping force.
  • 12,000 rpm direct-drive spindle features high precision helical springs for excellent balance, suitable for parts machining.
  • The optional 8,000 rpm spindle design incorporates gear transmission is capable of reaching 45.04 kgf-m 325.78 lb-ft torque; perfect for casting and titanium machining.
  • The optional 10,000 rpm spindle combines with gear transmission for heavy cutting. Even using the small-diameter tools for high speed cutting can achieve refined machining roughness (Spindle cooling system: std.)
  • The bi-directional tool selection design takes the shortest random path.
  • The standard tool magazine is equipped with 24T, for more machining demands, the tool magazine can be expanded to 30T/40T.
  • Absolute encoder and inventor control in ATC improve the tool change time 1.8 sec. only.
  • Tool change speed can be adjustable.
  • Pneumatic cylinder driven.
  • Prevent coolant and chips from entering tool magazine.
  • The best L/W ratio.
  • Secure the utmost cutting rigidity.
  • The Z-axial movement is very smooth.
  • Full enclosure exterior (including top cover).
  • Convertible side window for convenient chip removal.
  • Aesthetic rear cover design.
  • Smooth chip removal.
  • Dual chip augers combined with chip conveyor for fast chip disposal (opt.)
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YCM NSV66A
YCM NSV66A
  • The unique IDD spindle with speed of up to 12,000 rpm and ceramic bearings offer low spindle vibration and optimal heat isolation.
  • High performance spindle motor of 22 kW 30 HP output
  • Result in excellent surface finish while maximizing both spindle and tool life under hard milling conditions.
  • X/Y/Z axes equipped with the roller type linear guideways and large diameter ball screw that maximize aluminum chip disposal during processing
  • Extra large delta machine column
  • Double-nut ball screw with high performance axial servo motor
  • Wide distance between guideways
  • Advanced design with reinforced body structure through FEM analysis, the NSV series offers superb cutting performance and reduced vibration to meet the highest machining demand.
  • Minimizes the vibration during tool change
  • Tool magazine capacity: 30T
  • Automatic chip shield
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YCM NSV66AM
YCM NSV66AM
  • The unique IDD spindle with speed of up to 12,000 rpm and ceramic bearings offer low spindle vibration and optimal heat isolation.
  • High performance spindle motor of 22 kW 30 HP output
  • Result in excellent surface finish while maximizing both spindle and tool life under hard milling conditions.
  • Maximum spindle speed: 20,000 rpm
  • Superb spindle cooling system with YCM patent provides minimum spindle vibration.
  • Rear bearing floating design
  • Micro oil-air lubrication system
  • BBT40 double contact spindle taper
  • X/Y/Z axes equipped with the roller type linear guideways and large diameter ball screw that maximize aluminum chip disposal during processing
  • Extra large delta machine column
  • Double-nut ball screw with high performance axial servo motor
  • Wide distance between guideways
  • Advanced design with reinforced body structure through FEM analysis, the NSV series offers superb cutting performance and reduced vibration to meet the highest machining demand.
  • Minimizes the vibration during tool change
  • Tool magazine capacity: 30T
  • Automatic chip shield
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YCM NSV106A
YCM NSV106A
  • The unique IDD spindle design offers smooth reliability at high speed.
  • Ceramic bearings do not just boost the spindle speed, but also achieve high axial and radial rigidity, which fulfill strict machining requirements on heavy cutting, drilling and tapping.
  • IDD PLUS Spindle Design: HIGH PRECISION HIGH SPEED
  • High Rigidity Structural Design
  • Large delta machine column and base ensure the highest stability during high speed movement.
  • X-axis equipped with 6 slide blocks increases rigidity by 50%, compared to the 4 slide blocks of the older model.
  • Y-axis guideway span with optimal ratio
  • Advanced FEM analysis strengthens the structure while reduces the weight to provide the best cutting rigidity.
  • 45-type guideways on X/Y-axis have a super load capacity of up to 700 kg.
  • One-piece Motor Housing
  • High Rigidity Structural Design
  • Efficient Chip Removal System
  • Equipped with triple-chip augers as a standard.
  • Dual-chip augers as an option.
  • Efficient Chip Removal System
  • Reliable Automatic Tool Change
  • Auto tool change(T-T): 1.8 Sec.
  • 24T (30T opt.) Disk Type
  • 48T (opt.) Chain Type
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YCM NSV106AS
YCM NSV106AS
  • The unique IDD spindle design offers smooth reliability at high speed.
  • Ceramic bearings do not just boost the spindle speed, but also achieve high axial and radial rigidity, which fulfill strict machining requirements on heavy cutting, drilling and tapping.
  • Spindle cooling unit decrease thermal deformation on spindle headstock.
  • Micro oil-air lubrication system minimizes thermal deformation and prolongs spindle life.
  • Large delta machine column and base ensure the highest stability during high speed movement.
  • X-axis equipped with 6 slide blocks increases rigidity by 50%, compared to the 4 slide blocks of the older model.
  • Y-axis guideway span with optimal ratio
  • Advanced FEM analysis strengthens the structure while reduces the weight to provide the best cutting rigidity.
  • X/Y-axis equipped with 45-type guideways, which has a super load capacity of up to 1,000 kg.
  • One-piece Motor Housing
  • Equipped with dual-chip augers and chain type chip conveyor definitely help maximize the efficiency of chip removal.
  • Auto tool change(T-T): 1.8 sec.
  • 30T Disk Type
  • 48T (opt.) Chain Type
  • Standard ATC Door
  • Rapid Feedrate (X/Y/Z): 48 / 48 / 48 m/min.
  • Axial Acceleration: 1 G (FANUC)
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YCM NSV106AM
YCM NSV106AM
  • The unique IDD spindle design offers smooth reliability at high speed.
  • Ceramic bearings not just boost the spindle speed, but also achieve high axial and radial rigidity, which fulfill strict machining requirements on heavy cutting, drilling and tapping.
  • Spindle cooling unit decrease thermal deformation on spindle headstock.
  • Micro oil-air lubrication system minimizes thermal deformation and prolongs spindle life that are well-suited for die & mold industry.
  • Large delta machine column and base ensure the highest stability during high speed movement.
  • X-axis equipped with 6 slide blocks increases rigidity by 50%, compared to the 4 slide blocks of the older model.
  • Y-axis guideway span with optimal ratio
  • Advanced FEM analysis strengthens the structure while reduces the weight to provide the best cutting rigidity.
  • X/Y-axis equipped with 45-type guideways has a super load capacity of up to 700 kg.
  • One-piece Motor Housing
  • Equipped with triple-chip augers as a standard.
  • Dual-chip augers as an option.
  • Auto tool change(T-T): 1.8 sec.
  • 24T (30T opt.) Disk Type
  • 48T (opt.) Chain Type
  • Perfect for die & mold, aerospace and automotive applications.
  • Ultra-high controllability and stability.
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YCM NSV106AMS
YCM NSV106AMS
  • The unique IDD spindle design offers smooth reliability at high speed.
  • Ceramic bearings not just boost the spindle speed, but also achieve high axial and radial rigidity, which fulfill strict machining requirements on heavy cutting, drilling and tapping.
  • Spindle cooling unit decrease thermal deformation on spindle headstock.
  • Micro oil-air lubrication system minimizes thermal deformation and prolongs spindle life that are well-suited for die & mold industry.
  • Large delta machine column and base ensure the highest stability during high speed movement.
  • X-axis equipped with 6 slide blocks increases rigidity by 50%, compared to the 4 slide blocks of the older model.
  • Y-axis guideway span with optimal ratio
  • X/Y-axis equipped with 45-type guideways, which has a super load capacity of up to 1,000 kg.
  • Advanced FEM analysis strengthens the structure while reduces the weight to provide the best cutting rigidity.
  • One-piece Motor Housing
  • Equipped with triple-chip augers as a standard.
  • Dual-chip augers as an option.
  • Auto tool change(T-T): 1.8 sec.
  • 24T (30T opt.) Disk Type
  • 48T (opt.) Chain Type
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YCM NSV156A
YCM NSV156A
  • The unique IDD spindle with speed of up to 12,000 rpm and ceramic bearings offer low spindle vibration and optimal heat isolation
  • High performance spindle motor of 22 kW 30 HP output
  • Result in excellent surface finish while maximizing both spindle and tool life under hard milling conditions.
  • X/Y/Z axes equipped with the stable linear guideways and wide ball screw that maximize aluminum chip disposal during processing.
  • Extra large delta machine column
  • Double-nut ball screw with high performance axial servo motor
  • Wide distance between guideways
  • Advanced design with reinforced body structure through FEM analysis, the NSV series offers superb cutting performance and reduced vibration to meet the highest machining demand.
  • Minimizes the Vibration During Tool Change
  • Standard 30T Tool Magazine
  • Automatic Chip Shield
  • Quad-chip auger (std.) for large amount of aluminium chips removal
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YCM NFX380A
YCM NFX380A
  • Extra wide column and base design to ensure best support and cutting rigidity.
  • High quality and rugged MEEHANITE® casting maintains optimum accuracy.
  • Linear guideways adopted for fast and smooth axial movement.
  • Pre-tensioned ball screws with direct drive motors achieve high torque and low backlash.
  • Rotary table surface leveled at the C-axis center to ensure machining accuracy and easy programming.
  • ø380 mm (ø14.96″) table size with ø80 mm (ø3.15″) table-through hole design.
  • 150°( 30°/ -120°) A-axis tilting angle increases the ability of machining.
  • Hydraulic or pneumatic cable preparation. (Opt.)
  • A/C-axis linear encoder. (std.)
  • 30T storage capacity is standard.
  • 40T/60T is servo driven. (opt.)
  • ATC tool door design is standard that prevents coolant and chips from entering tool magazine.
  • YCM self-manufactured IDD PLUS spindle.
  • Powerful 22 kW, 12,000 rpm spindle for hi-power, hi-speed machining.
  • Cooling system design on spindle motor seat, quill, and bearing offers most reliable machining capability.
  • BBT40 Spindle Design with spindle and taper dual surface contact ensures longer tool life, and exceptional cutting rigidity with high accuracy.
  • Enhance precision, quality and efficiency of 3D surface machining.
  • Reduce tool length and increase rigidity to obtain superior machining quality.
  • Cutting with the belly and edge of the tool to increase tool life.
  • Reduce fixture error and lessen workpiece loading/uploading time.
  • Saves manufacturing cost for fixture and electrode costs.
  • Reduces machining process, machining cost while improving productivity.
  • Increase productivity through unmanned machining.
  • Enhance quality and reliability of products.
  • Reduce non-cutting or change waiting time.
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YCM NFX400A
YCM NFX400A
  • Extra wide column and base design to ensure best support and cutting rigidity.
  • High quality and rugged MEEHANITE® casting maintains optimum accuracy.
  • Linear guideways adopted for fast and smooth axial movement.
  • Pre-tensioned ball screws with direct drive motors achieve high torque and low backlash.
  • 150°(+30°/ -120°) A-axis tilting angle increases the ability of machining.
  • Rotary table surface is at the same level as the 5th axis centerline to ensure machining accuracy.
  • ø350 mm (ø13.78″) table size with ø50 mm (ø1.97″) table-through hole design.
  • Workpiece Dimensions ø400 x 310 mm (ø15.75″ x 12.2″).
  • 6 Piping preparation for fixture (Air pressure x 2 + Hydraulic x 4).
  • 24T (30T opt.) Disk type.
  • 40 / 60 / 90 / 120T (opt.) Chain type.
  • ATC door design is standard that prevents coolant and chips from entering tool magazine.
  • YCM self-manufactured 12,000 rpm IDD PLUS spindle.
  • Spindle Power 22 kW, 15,000 rpm spindle (opt.) for hi-power, hi-speed machining.
  • Cooling system design on spindle motor seat, quill, and bearing offers most reliable machining capability.
  • Micro Oil-air Lubrication System (opt.)
  • Reliable Helical Disc Spring
  • Simultaneous Taper & Flange Contact Design
  • BBT40 Spindle Design with spindle and taper dual surface contact ensures longer tool life, and exceptional cutting rigidity with high accuracy.
  • Enhance precision, quality and efficiency of 3D surface machining.
  • Reduce tool length and increase rigidity to obtain superior machining quality.
  • Cutting with the belly and edge of the tool to increase tool life.
  • Reduce fixture error and lessen workpiece loading/uploading time.
  • Saves manufacturing cost for fixture and electrode costs.
  • Reduces machining process, machining cost while improving productivity.
  • Increase productivity through unmanned machining.
  • Enhance quality and reliability of products.
  • Reduce non-cutting or change waiting time.
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YCM NTV158A
YCM NTV158A
  • With the unique T-base structure, the machine footprint can be reduced effectively.
  • Overhang-free table movement is supported by high-rigidity base to ensure the best dynamic accuracy.
  • Dual screw-type chip augers efficiently elevate chip removal rate.
  • Massive MEEHANITE® casting through FEM analysis offers exceptional damping capacity.
  • Reduces noise, backlash and vibration issues and maximizes spindle accuracy and life.
  • YCM’s uniquely designed IDD Spindle ensures direct transmission and is proven to maximize both spindle and tool life under harsh working environment.
  • The cooling system for spindle motor seat and spindle makes real time control of spindle temperature.
  • The oil-air lubrication system ensures long-term high-speed operation.
  • All axes are equipped with roller type linear guideways to ensure higher dynamic accuracy, durability and rigidity.
  • Preload high precision ball screws are directly driven by servo motor will efficiently eliminate axial backlash and vibrations.
  • X-axis with 6 guideway blocks fully supports the saddle and efficiently releases loading from the table.
  • Y-axis is designed with 3 guideways maintaining exceptional dynamic accuracy.
  • Massive MEEHANITE® casting through FEM analysis offers exceptional damping capacity
  • High response axial control provides smooth movement.
  • Low inertia avoids vibration during high speed feedrate.
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YCM NTV158B
YCM NTV158B
  • With the unique T-base structure, the machine footprint can be reduced effectively.
  • Overhang-free table movement is supported by high-rigidity base to ensure the best dynamic accuracy.
  • Dual screw-type chip augers efficiently elevate chip removal rate.
  • Massive MEEHANITE® casting through FEM analysis offers exceptional damping capacity.
  • Reduces noise, backlash and vibration issues and maximizes spindle accuracy and life.
  • YCM’s uniquely designed IDD Spindle ensures direct transmission and is proven to maximize both spindle and tool life under harsh working environment.
  • The cooling system for spindle motor seat and spindle makes real time control of spindle temperature.
  • The oil-air lubrication system ensures long-term high-speed operation.
  • All axes are equipped with roller type linear guideways to ensure higher dynamic accuracy, durability and rigidity.
  • Preload high precision ball screws are directly driven by servo motor will efficiently eliminate axial backlash and vibrations.
  • X-axis with 6 guideway blocks fully supports the saddle and efficiently releases loading from the table.
  • Y-axis is designed with 3 guideways maintaining exceptional dynamic accuracy.
  • The casting rigidity is enhanced through FEM analysis.
  • Roller type guideways provides low friction which reduces energy waste.
  • Increases the feedrate and acceleration/deceleration.
  • High response axial control provide smooth movement.
  • Low inertia avoids vibration during high speed feedrate.
  • Dual drive system on Z-axis elevates exceptional axial smoothness and machining efficiency, and ensures fine surface roughness.
  • Up to 15,000 rpm (HSK A100) spindle is available to meet different machining demands.
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YCM TCV2000A
YCM TCV2000A
  • Wide span design of machine structure.
  • High efficiency traveling column design.
  • Large delta machine column and base ensure highest stability.
  • With FEM analysis.
  • With stepped design and 6 slider blocks on X-axis ensure the ultra reliable axial movement.
  • Large working area is ideal for large and long workpieces machining.
  • With the installation of dividing wall in the working area, both long and complex parts can be manufactured in the same machine.
  • High precision roller type guideways on all 3 axes
  • X-axis is capable of reaching up to 40 m/min rapid feedrate.
  • Circulated cooling system design on X-axis ensures stable temperature and optimal accuracy.
  • No counter weight design on Z-axis that lowers vibration while machining and greatly improves surface roughness.
  • Extra guideway blocks support ATC magazine to ensure smooth and stable movement.
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YCM TCV3000A
YCM TCV3000A
  • Wide span design of machine structure.
  • High efficiency traveling column design.
  • Large delta machine column and base ensure highest stability.
  • With FEM analysis.
  • With stepped design and 6 slider blocks on X-axis ensure the ultra reliable axial movement.
  • Large working area is ideal for large and long workpieces machining.
  • With the installation of dividing wall in the working area, both long and complex parts can be manufactured in the same machine.
  • High precision roller type guideways on all 3 axes
  • X-axis is capable of reaching up to 40 m/min rapid feedrate.
  • Circulated cooling system design on X-axis ensures stable temperature and optimal accuracy.
  • No counter weight design on Z-axis that lowers vibration while machining and greatly improves surface roughness.
  • Extra guideway blocks support ATC magazine to ensure smooth and stable movement.
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YCM TCV3000A-5AX
YCM TCV3000A-5AX
  • Wide span design of machine structure.
  • High efficiency traveling column design.
  • Large delta machine column and base ensure highest stability.
  • With FEM analysis.
  • With stepped design and 6 slider blocks on X-axis ensure the ultra reliable axial movement.
  • Large working area is ideal for large and long workpieces machining.
  • With the installation of dividing wall in the working area, both long and complex parts can be manufactured in the same machine.
  • High precision roller type guideways on 3 axes
  • Capable of reaching up to 40 m/min rapid feedrate.
  • Circulated cooling system design on X-axis ensures stable temperature and optimal accuracy.
  • Centroid driven on X-axis to reduce vibration during movement.
  • No counter weight design on Z-axis that lowers vibration while machining and greatly improves surface roughness.
  • The guide blocks support tool magazine to ensure smooth and stable movement.
  • Reliable ATC system: Tool magazine with 40T. (80T opt.)
  • speed (B-axis): 33.3 rpm
  • Swivel angle (B-axis): ±110° / ±120° (Big torque opt.)
  • speed (C-axis): 50 rpm (FANUC opt.) / 90 rpm (HEIDENHAIN std.)
  • Positioning accuracy (C-axis): <10 sec.
  • The YCM in-house built-in spindle effectively lowers vibration, providing the best surface performance. Meanwhile, it prolongs lifespan of spindle and tools during heavy cutting.
  • BBT40 double contact spindle taper greatly enhances machining accuracy.
  • Up to 16,000 rpm spindle, 50 kW 67 HP outputs and Swivel angle 120°, best for heavy cutting. (opt.)
  • Tool shank: HSK A63 (opt.)
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