UT-300LX2Y
Slant Bed Turning Center
Multi-Tasking Performance with Y-axis
· Gear-driven VDI live tool turret with 12 station
· One-piece bed, 30° slant-bed structural design
· Max. Swing: 910 mm
· Max. Length: 2050 mm
· Y-axis travel: ± 50 mm
· Spindle: A2-8 in 3500 rpm
· Bar capacity: 75 mm
· 8.4"Fanuc 0i controller with color LCD monitor
· Gear-driven VDI live tool turret with 12 station
· One-piece bed, 30° slant-bed structural design
· Max. Swing: 910 mm
· Max. Length: 2050 mm
· Y-axis travel: ± 50 mm
· Spindle: A2-8 in 3500 rpm
· Bar capacity: 75 mm
· 8.4"Fanuc 0i controller with color LCD monitor
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ITEM/MODEL | UT-300LX2Y |
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Controller | FANUC 0iT | |||
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CAPACITY | ||||
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Swing Over Bed | mm | 910 |
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Swing Over Saddle | mm | 720 |
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Max. Turning Diameter(Main-Spindle) | mm | 470 | ||
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Max. Turning Diameter(Sub-Spindle) | mm | - | ||
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Max. Turning Length | mm | 2050 | ||
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MAIN SPINDLE | ||||
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Spindle Nose | ASA | A2-8(A2-11) | ||
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Chuck Diameter | inch | 10(12/15) | ||
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Spindle Speed | rpm | 3500(2700/2500/2000) | ||
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Spindle Motor Power(Cont. /30min) | kW | 15/18.5(18.5/22) | ||
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Bar Capacity | mm | 75(90/105/116.5) | ||
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SUB SPINDLE | ||||
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Spindle Nose | ASA | - | ||
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Chuck Diameter | inch- |
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Spindle Speed | rpm | - |
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Spindle Motor Power(Cont. /30min) | kW | - |
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Bar Capacity | mm | - |
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TRAVELS | ||||
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X-axis Travel | mm | 275 |
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Z-axis Travel | mm | 2150 | ||
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Y-axis Travel | mm | ±50 |
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B-axis Travel | mm | - | ||
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FEEDS | ||||
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X-axis Rapid Traverse Rate | m/min | 20 | ||
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Z-axis Rapid Traverse Rate | m/min | 24 | ||
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Y-axis Rapid Traverse Rate | m/min | 10 |
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B-axis Rapid Traverse Rate | m/min | - | ||
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AXIS MOTOR POWER | ||||
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X-axis | kW | 4 |
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Z-axis | kW | 4 |
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Y-axis | kW | 3 |
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B-axis | kW | - | ||
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TURRET | ||||
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Tooling System |
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VDI | ||
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Turret Drive Type | Servo-mechanical | |||
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Number of Tool Station | 12 | |||
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Square Tool Shank Size | mm | 25 | ||
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Round Tool Shank Size | mm | 40 | ||
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Max. Rotary Tool Speed | rpm | 4000 | ||
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Rotary Tool Driver Power | kW | 4.5 | ||
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TAILSTOCK | ||||
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Tailstock Body Travel | mm | 1540 |
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Quill Travel | mm | 120 |
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Quill Diameter | mm | 85 |
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Quill Taper Size | MT | 5 |
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DIMENSIONS | ||||
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Machine dimension L x W x H | m | 5.8 x 2.1 x 2.4 |
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Machine Weight | kg | 9900 |
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NO. | STANDARD ACCESSORIES | NO. | OPTIONAL ACCESSORIES |
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1 | FANUC 0i-T controller | 1 | Upgrade to 10.4" Colored LCD monitor |
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2 | RS-232 interface | 2 | Collect chuck |
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3 | Rigid tapping | 3 | Tool setter |
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4 | Heat exchanger for electric cabinet | 4 | Parts catcher and parts conveyor |
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5 | 8.4" Colored LCD monitor | 5 | Bar feeder interface (7 or 24 pins) |
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6 | Lubrication system | 6 | Bar feeder |
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7 | 4-bar coolant system | 7 | Oil mist collector |
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8 | Three-color warning light | 8 | Oil-coolant skimmer |
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9 | Air cooler for electric cabinet | ||
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10 | Steady rest | ||
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11 | Gear box | ||
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12 | Transformer | ||
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13 | CE version | ||
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14 | Axial rotary tool holder | ||
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15 | Radial rotary tool holder | ||
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16 | Linear scale |
machine without prior notice. All the specifications shown above are just for reference.
Rigid Structure
One-piece slant bed structure
Machine bed is made of one-piece high-grade Meehanite casting to allow heavy cutting capabilities. Wide hardened and ground box ways are coated with Turcite and hand-scraped for ultra-precise fitting to reduce vibration while offering better tool life and surface finishes.
Axis structure is directly driven by precision ballscrew and powered by AC servo motor for smooth movement with virtually no backlash.
Built-in motor driven spindle
Thermally symmetrical design on the head stock diminishes distortion and provides stable accuracy on work pieces even in continuous high speed machining.
Spindle is supported by a double row of tapered roller bearings in the front and rear of the spindle toresist axial cutting force, while self-alignment angular contact bearings provide tremendous radial load capability.
Main and sub spindle synchronization
Both the main and sub spindle, C1 and C2 axes provide positioning resolution up to 0.005 degree.
Accomplish three dimensional contouring. combine round amd prismatic machining by harmonized control of the spindles with the X and Z axes.
Synchronization between main and sub spindle at any rotation speed can be programmed to perform part transfer for secondary machining, enhancing production efficiency and reducing idle time.
Turret
The fast 12-station BMT servo-mechanical dodecagonal drum turret, featuring a large 3-piece curvic coupling and powerful hydraulic clamping force, assures unparalleled rigidity in all machining conditions.
Live tool holders can be mounted on all 12 stations, but only the working position is driven.
VDI live tool turret is also available as an option upon request.
Stable axial system
The axial direction adopts high-precision ballscrew and high-precision bearing design, effectively eliminating backlash and thermal elongation displacement provide stable and high CP value finished parts.
Y-axis adopts 30-degree sliding seat virtual composite structure with high rigidity the best Y-axis mechanism with stability.
The axial sliding surface is attached to the Turcite wear piece and applied to the high shovel the scraping operation can maintain the characteristics of long-term smooth motion accuracy.
Programmable tailstock
The whole multi-tasking series equip with programmable tailstock as standard, the positioning of the tailstock body and the expansion and contraction of the quill both can be controlled by the program
Saddle and tailstock can be adjusted separately or driven at the same time and driven to the desired position
Aesthetic design
Simple and atmospheric appearance sheet metal design
Fully enclosed sheet metal design, with particular emphasis on water and chip protection
One-piece slant bed structure
Machine bed is made of one-piece high-grade Meehanite casting to allow heavy cutting capabilities. Wide hardened and ground box ways are coated with Turcite and hand-scraped for ultra-precise fitting to reduce vibration while offering better tool life and surface finishes.
Axis structure is directly driven by precision ballscrew and powered by AC servo motor for smooth movement with virtually no backlash.
Built-in motor driven spindle
Thermally symmetrical design on the head stock diminishes distortion and provides stable accuracy on work pieces even in continuous high speed machining.
Spindle is supported by a double row of tapered roller bearings in the front and rear of the spindle toresist axial cutting force, while self-alignment angular contact bearings provide tremendous radial load capability.
Main and sub spindle synchronization
Both the main and sub spindle, C1 and C2 axes provide positioning resolution up to 0.005 degree.
Accomplish three dimensional contouring. combine round amd prismatic machining by harmonized control of the spindles with the X and Z axes.
Synchronization between main and sub spindle at any rotation speed can be programmed to perform part transfer for secondary machining, enhancing production efficiency and reducing idle time.
Turret
The fast 12-station BMT servo-mechanical dodecagonal drum turret, featuring a large 3-piece curvic coupling and powerful hydraulic clamping force, assures unparalleled rigidity in all machining conditions.
Live tool holders can be mounted on all 12 stations, but only the working position is driven.
VDI live tool turret is also available as an option upon request.
Stable axial system
The axial direction adopts high-precision ballscrew and high-precision bearing design, effectively eliminating backlash and thermal elongation displacement provide stable and high CP value finished parts.
Y-axis adopts 30-degree sliding seat virtual composite structure with high rigidity the best Y-axis mechanism with stability.
The axial sliding surface is attached to the Turcite wear piece and applied to the high shovel the scraping operation can maintain the characteristics of long-term smooth motion accuracy.
Programmable tailstock
The whole multi-tasking series equip with programmable tailstock as standard, the positioning of the tailstock body and the expansion and contraction of the quill both can be controlled by the program
Saddle and tailstock can be adjusted separately or driven at the same time and driven to the desired position
Aesthetic design
Simple and atmospheric appearance sheet metal design
Fully enclosed sheet metal design, with particular emphasis on water and chip protection
