UT-200G
Slant Bed Turning Center
Best Structural Reliability and High Precision Machining
· Gang type
· One-piece bed, 45° slant-bed structural design
· Max. Swing: 505 mm
· Max. Length: 200 mm
· Spindle: A2-6 in 4500 rpm
· Bar capacity: 52 mm
· 8.4"Fanuc 0i controller with color LCD monitor
· Gang type
· One-piece bed, 45° slant-bed structural design
· Max. Swing: 505 mm
· Max. Length: 200 mm
· Spindle: A2-6 in 4500 rpm
· Bar capacity: 52 mm
· 8.4"Fanuc 0i controller with color LCD monitor
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ITEM/MODEL | UT-200G |
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Controller | FANUC 0i-T |
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CAPACITY | |||||
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Swing over bed | mm | 505 | |||
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Swing over saddle | mm | 135 | |||
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Max. turning diameter | mm | 135 |
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Max. turning length | mm | 200 |
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Working table |
mm | 350 x 190 |
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slant saddle | degree | 45 | |||
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Guide way type | Box | ||||
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SPINDLE | |||||
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Spindle nose taper | ASA | A2-6(A2-5/A2-8) | |||
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Chuck diameter | inch | 8(6/10) | |||
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Spindle hole diameter | mm | 62(56/76/86) | |||
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Spindle speed | rpm | 4500(6000/4000/3500) | |||
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Spindle motor power(Cont. / 30min) | kW | 11/15(15/18.5) |
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Bar capacity | mm | 52(44/65/75) | |||
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TRAVELS | |||||
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Z-axis Travel | mm | 600 |
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X-axis Travel | mm | 320 | |||
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FEED RATES | |||||
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Z-axis Rapid Traverse Rate | m/min | 20 | |||
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X-axis Rapid Traverse Rate | m/min | 20 | |||
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TURRET | |||||
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Turret Drive Type | Gang |
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Square tool shank size | mm | 25(20) |
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Round tool shank size | mm | 32 | |||
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DIMENSION | |||||
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Machine dimension L x W x H | m | 2.9 x 1.6 x 1.8 |
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Net weight | kg | 3000 |
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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 | Collet chuck |
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3 | Rigid tapping | 3 | Oil mist collector |
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4 | Heat exchanger for electric cabinet | 4 | Oil-coolant skimmer |
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5 | 8.4" Colored LCD monitor | 5 | Air cooler for electric cabinet |
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6 | Lubrication system | 6 | Transformer |
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7 | 4-bar coolant system | 7 | CE version |
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8 | Three-color warning light | 8 | Automatic door |
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9 | Linear scale |
High Quality Meehanite Casting
A heavily ribbed and reinforced one piece Meehanite casting highly reduce the chances of bending and deformation. The UT-200 series is equipped with a 45° slant bed.
Designed for Stability
In order to achieve a high standard of machine stability and provide the best machining performance, the base in these machines is designed to have a low center of gravity.
Wide Hardened Boxways
Another high standard aspect is the unique process for induction-hardened and heat treated wide boxways . They are also precision ground to match stringent positioning and repetitive accuracy under various machining requirements.
Expert Hand Scraping
To get the most precise positioning and extend their service life to the maximum, all sliding surfaces are treated with extreme care and proficiency. First, they are coated with a layer of Turcite B and then hand-scraped to create the perfect lubricant retention.
During assembly, professional experts will constantly check and adjust the surfaces flatness, squareness, and straightness and make sure to deliver the best static geometrical accuracy.
Precision Assurance
Prior to assembly, all key components will go through a series of functional and dimensional checks using CMM system ensuring they are up to standards.
Rigid Shock Absorbing Headstock
To eliminate remaining internal stress arising from casting process, headstocks are naturally seasoned as well as heat treated and annealed twice before precision finishing grinding. They are specially designed to resist cutting force and withstand the extreme demands of continues heavy-duty and step cutting.
Headstock Performance
One of the best headstock design features is the symmetrically placed heat dissipating ribs. They allow the cooling process to take place smoothly and evenly. This minimizes thermal deformation and helps maintaining the circularity and concentricity to achieve the high precision that customers expect.
Precision In-house Spindle Assembly
Precision belt drive spindles are custom designed and assembled in-house to provide unsurpassed power, long term durability, and peak machining capability.
Each spindle undergoes a dynamic balancing operation to reduce the vibration increasing the machine performance and overall quality.
Ballscrew Drive Mechanism
State-of-the-art larger AC servo motors are equipped to provide powerful thrust for high feed rates and accurate cutting. Therefore, large diameter pre-tensioned precision ballscrews are directly connected to the drive mechanism for a backlash free movement.
Precision In-house Turret Assembly
All turrets are built in-house with care offering both cam-follower driven hydraulic and servo driven indexing mechanisms. BMT turret is provided as an option as well, covering a wider range of availabilities for clients.
Programmable Tailstock
The tailstocks in the UT series machines can be either manually or automatically controlled. They are located on the same one-piece cast guideway surface aligned with the headstock and main spindle. The UT-200 has a manually controlled tailstock by default and can be upgraded to a programmable one on demand.
A heavily ribbed and reinforced one piece Meehanite casting highly reduce the chances of bending and deformation. The UT-200 series is equipped with a 45° slant bed.
Designed for Stability
In order to achieve a high standard of machine stability and provide the best machining performance, the base in these machines is designed to have a low center of gravity.
Wide Hardened Boxways
Another high standard aspect is the unique process for induction-hardened and heat treated wide boxways . They are also precision ground to match stringent positioning and repetitive accuracy under various machining requirements.
Expert Hand Scraping
To get the most precise positioning and extend their service life to the maximum, all sliding surfaces are treated with extreme care and proficiency. First, they are coated with a layer of Turcite B and then hand-scraped to create the perfect lubricant retention.
During assembly, professional experts will constantly check and adjust the surfaces flatness, squareness, and straightness and make sure to deliver the best static geometrical accuracy.
Precision Assurance
Prior to assembly, all key components will go through a series of functional and dimensional checks using CMM system ensuring they are up to standards.
Rigid Shock Absorbing Headstock
To eliminate remaining internal stress arising from casting process, headstocks are naturally seasoned as well as heat treated and annealed twice before precision finishing grinding. They are specially designed to resist cutting force and withstand the extreme demands of continues heavy-duty and step cutting.
Headstock Performance
One of the best headstock design features is the symmetrically placed heat dissipating ribs. They allow the cooling process to take place smoothly and evenly. This minimizes thermal deformation and helps maintaining the circularity and concentricity to achieve the high precision that customers expect.
Precision In-house Spindle Assembly
Precision belt drive spindles are custom designed and assembled in-house to provide unsurpassed power, long term durability, and peak machining capability.
Each spindle undergoes a dynamic balancing operation to reduce the vibration increasing the machine performance and overall quality.
Ballscrew Drive Mechanism
State-of-the-art larger AC servo motors are equipped to provide powerful thrust for high feed rates and accurate cutting. Therefore, large diameter pre-tensioned precision ballscrews are directly connected to the drive mechanism for a backlash free movement.
Precision In-house Turret Assembly
All turrets are built in-house with care offering both cam-follower driven hydraulic and servo driven indexing mechanisms. BMT turret is provided as an option as well, covering a wider range of availabilities for clients.
Programmable Tailstock
The tailstocks in the UT series machines can be either manually or automatically controlled. They are located on the same one-piece cast guideway surface aligned with the headstock and main spindle. The UT-200 has a manually controlled tailstock by default and can be upgraded to a programmable one on demand.
