"horizontal machining center"
SMTCL Υψηλής ακρίβειας 20000 στροφές ανά λεπτό FANUC VMC1100P Διαρθρωτικό πλαίσιο Gantry CNC Κέντρο κάθετης μηχανικής
Product Description: SMTCL High precision 20000rpm FANUC VMC1100P Gantry Frame Structure CNC Vertical Machining Center VMC1100P products are high-performance vertical machining centers independently developed for aerospace, mold, automotive and other industries. The whole machine adopts gantry frame structure, wall type column, the overall rigidity is stable, suitable for mold parts processing; The machine is equipped with temperature detection system, which automatically
SMTCL βαρύ 3/4 άξονα CNC κάθετη φρένα VMC2100B Για βιομηχανική επεξεργασία ακριβείας
Product Description: SMTCL VMC 2100B BT50 Heavy Vertical Machining Center VMC-B through the typical series product description is a combination of market demand and development of a product, it is not only complete specifications, from the table 800×420mm to 2200×800mm, X-axis travel from 700mm to 2100mm; From the spindle configuration, we also achieve a variety, from the standard belt connection, direct connection 8000 to the output of 380Nm large torque. VMC-B is a very
Εργασία μικρών εξαρτημάτων HTC16H Metal Slant Bed CNC Lathe SMTCL Οριζόντιο CNC Lathe
Product Description: SMTCL Small Parts Machining HTC16H Metal Slant Bed CNC Lathe 8 Stations Horizontal CNC Lathes HTC16H series horizontal CNC lathe is suitable for processing a variety of disk and shaft parts, can turn a variety of threads, circular arc, cone and the inner and outer surfaces of the rotary body, its small area, high processing accuracy, especially suitable for automotive, electronics, aerospace, military, non-ferrous metal processing and other industries,
Οριζόντιο τόρνος CNC HTC50nm Fanuc System Κεκλιμένης κλίνης CNC
Product Description: Horizontal CNC Lathe HTC50nm Fanuc System Slant Bed CNC Turning Center HTC 50nm 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
Κέντρο τόρνευσης μετάλλων CNC Slant Bed HTC63n Βαρέως τύπου οριζόντιο τόρνο φρεζαρίσματος
Product Description: Slant Bed CNC Metal Turning Center HTC63n Heavy Duty Horizontal Lathe Milling Machine HTC63nm/ny series CNC lathes are mainly used for cutting the inner and outer cylindrical surface of shaft parts or disk parts, the inner and outer conical surface of any cone Angle, complex rotary inner and outer surface and cylinder, taper thread, etc., which can be used for grooving, drilling, reaming, reaming and boring. Product Features: A:High rigidity It adopts 45°
Κέντρο στροφής μετάλλου CNC με κλίση κρεβατιού HTC63n Fanuc βαρύ φορτίο οριζόντια μηχανή στροφής CNC
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
SMTCL βαρύ φορτίο πλαϊνό κρεβάτι CNC lathes HTC80 οριζόντια CNC lathes φρεαρίστρια
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
Κέντρο στροφής SMTCL CNC Αξονας μεγάλου ανοιγόμενου άξονα HTC40Hm BMT55 Servo Power Turret CNC Κέντρο στροφής με τροφοδότη ράβδου άξονα Y
Κέντρο στροφής SMTCL CNC Αξονας μεγάλου ανοιγόμενου άξονα HTC40Hm BMT55 Servo Power Turret CNC Κέντρο στροφής με τροφοδότη ράβδου άξονα Y
SMTCL βαρύ CNC Στροφή 5000mm HTC125500 οριζόντια επίπεδα κρεβάτι CNC βαρύ στροφή
Product Description: SMTCL Heavy CNC Lathe 5000mm HTC125500 Horizontal Flat Bed CNC Heavy Turning Lathe HTC125500 is a numerically controlled horizontal lathe with excellent performance. Its maximum swing diameter reaches 1.25 meters , providing multiple specification options. The maximum processing length can reach 8 meters, meeting the processing needs of large workpieces. The standard load-bearing capacity of the spindle box is 5 tons, and for heavy-duty models, it can
SMTCL Πιο πωλούμενο CNC οριζόντιο γραμμωτή CNC υψηλής ακρίβειας ακαμψίας HTC40Q CNC γραμμωτή CNC με τροφοδοτικό ράβδου
SMTCL Πιο πωλούμενο CNC CNC οριζόντιο γραμμικό εργαλείο υψηλής ακρίβειας HTC40Q CNC
ΔΡΟ Οριζόντια μηχανή τρύπησης και φρερίσματος TPX6111B χειροκίνητη βαριά μηχανή οριζόντιας φρερίσματος
Product Description DRO Horizontal Boring and Milling Machine TPX6111B Manual Heavy Duty Horizontal Milling Boring Machine The TPX series horizontal milling and boring machines are based on a classic design, suitable for rough and finished boring, capable of milling large and box type components.They excel at inner hold boring,cylindrical turning and grooving by radial feed of facing plate.A 4x90 optical positioning device allows for machining accuracy when turninglarge
Οριζόντια 45 μοίρες κλίση κρεβατιού CNC στροφή lathes 3000r/min μεταλλική εργασία lathes T4C
Product Description: SMTCL CNC Turning Center T5.2-500Q BMT55 12-Positions Power Turret Slant Bed CNC Lathe with Y Axis T5-Q series horizontal CNC lathe, combining intelligent control technology and advanced manufacturing technology, has high precision, high efficiency and high cutting rigidity. The finite element analysis software is used to optimize the design, analyze the distribution of stress points, reduce the deformation of parts, and achieve the optimal structure of
