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SMTCL 斜床 CNC lathes フレッシングマシン コンボ HTC4050S フル機能水平 CNC lathes
Product Description: SMTCL SYMG HTC4050s 45 Degree Slant Bed CNC Lathe The product serves numerous purposes and functions The product has made“breakthrough"in precise machining at u level The accuracy is compressed to 60% of the national requirement and repeated positioningaccuracy reaches 0.003mm. The product takes a“leading position” in the industry in terms of cutting indicatorsThe product features enhancement of five key indicators of main motor,servo spindle motor,tool
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SMTCL CNC回路機械 HTC50B FANUCシステム 横 12 ステーション サーボ ターレット 斜面 ベッド CNC回路
Product Description: Slant Bed CNC Lathe HTC50B is a new generation of CNC lathe. As a general-purpose machine tool, it is especially suitable for high-efficiency, large-volume, and high-precision processing of rotating parts in industries such as automobiles, motors, bearings, and hydraulic pressure. Ingenuity To Make Classic "Inheritance" The localization rate of the whole machine is 100% Core process to rebuild CS1 brand Exceptional Performance Excellent "Quality" "Th
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SMTCL CNCターニングセンターフレーシングマシン HTC40E 斜面床 金属のためのCNCターンマシン
Product Description: SMTCL SYMG HTC40E Series 30 Degree Slant Bed CNC Lathe High cost-performance ratio ,Sliding rail power upgrade, "high", "large", "on", from the inherent strength. Integral high rigidity spindle, integral inclined bed, hardened sliding guide rail, guide rail tail seat. HTC 40E horizontal CNC lathe is suitable for processing all kinds of shaft and disk parts, effectively filling the processing needs of football cage, automobile mandrels, motor gea
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SMTCL メタル斜面床 CNC回転機 HTC40E CNC回転機
Product Description: SMTCL SYMG HTC40E Series 30 Degree Slant Bed CNC Lathe High cost-performance ratio ,Sliding rail power upgrade, "high", "large", "on", from the inherent strength. Integral high rigidity spindle, integral inclined bed, hardened sliding guide rail, guide rail tail seat. HTC 40E horizontal CNC lathe is suitable for processing all kinds of shaft and disk parts, effectively filling the processing needs of football cage, automobile mandrels, motor gea
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SMTCL CNC Lathe HTC 50n Fanucコントローラ ライブツール 斜面床 CNC Lathe水平 CNCターニングセンター
Product Description: Slant bed CNC lathe HTC 50n Full Function CNC Lathe Turning Center HTC 50n horizontal CNC lathe can be selected with 45° integral inclined bed, casting by resin sand process, reasonable internal rib layout, wide guide surface, high overall rigidity of the bed, with good torsional performance, smooth chip removal advantages Product Features: A:High rigidity It adopts 45° and 75° high-rigidity integral inclined bed, and all castings are optimized by finite
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SMTCL 75度ターニングセンター HTC63t 斜面床 CNC回転機 重用水平 CNC回転機
Product Description: Slant bed CNC lathe HTC63t Series Turning Center Full Function CNC Lathe HTC63t series horizontal CNC lathe can be selected with 75° integral inclined bed, casting by resin sand process, reasonable internal rib layout, wide guide surface, high overall rigidity of the bed, with good torsional performance, smooth chip removal advantages Product Features: A:High rigidity It adopts 45° and 75° high-rigidity integral inclined bed, and all castings are
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斜床 CNC 金属ターニングセンター HTC63n ファヌック 重用水平 CNC lathemachine
Product Description: Slant bed CNC lathe HTC63n Series Turning Center Full Function CNC Lathe HTC63n series horizontal CNC lathe can be selected with 45° integral inclined bed, casting by resin sand process, reasonable internal rib layout, wide guide surface, high overall rigidity of the bed, with good torsional performance, smooth chip removal advantages Product Features: A:High rigidity It adopts 45° and 75° high-rigidity integral inclined bed, and all castings are
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SMTCL重用斜床 CNC lathes HTC80水平式 CNC lathes フレーシングマシン
Product Description: Slant bed CNC lathe HTC 80 Series Lathe Milling Machine Combo HTC large-size serial CNC lathe is a brand new versatile CNC horizontal lathe developed and designed by our factory as per the modularized design idea which is advanced in the world at present; 45 °high-rigidity integral tilting bed features stable performance and ensures machining accuracy and useful life; through finite element analysis, the product realizes the most reasonable structure
