"horizontal machining center"
Le tour CNC de précision SMTCL CAK50186 est une machine à tour CNC de taille maximale de 1860 mm.
SMTCL Precision CNC Lathe CAK50186 CNC Lathe Machine Max Cutting Length 1860mm Flat Bed CNC Lathe The new CAK series CNC lathe inherits the performance and structural advantages of the traditional CAK products, and has significantly improved the processing accuracy, vibration resistance, function and reliability, and the new appearance design makes the waterproof performance of the machine tool have a qualitative leap. CAK series CNC lathe is the symbol of Chinese famous
Le tour CNC CHK46 Type d'outil de bande Post de coupe de précision Lit incliné CNC tourner la machine
Product Description: CNC Lathe CHK46 Gang Type Tool Post Precision Cutting Slant Bed CNC Turning Lathe Machine The CHK46 gang tool lathe showcases remarkable advantages. With a compact and reasonable turret tool layout, the tool changing time is extremely short, significantly improving the processing efficiency. It is equipped with high-precision lead screws and an advanced numerical control system, boasting high positioning accuracy and being able to precisely complete
SMTCL HTC30Q tour CNC horizontal. Machine à tourner compacte à haut rendement
SMTCL HTC30Q : tour CNC horizontal compact avec broche de 4 500 tr/min, tourelle servo à 8 stations et composants importés. Haute précision, efficacité et stabilité thermique pour les industries de l'automobile, des roulements et en général. Options d'automatisation personnalisées disponibles.
Tour à commande numérique horizontal SMTCL HTC40Q nouvelle génération, haute précision et efficacité
Le tour CNC horizontal SMTCL HTC40Q offre une haute précision (CMK≥2.0) et une efficacité avec une broche de 4 500 tr/min, une avance rapide de 30 m/min et une tourelle servo à 12 stations. Comprend une conception d'équilibre thermique, des composants importés et des options flexibles pour les industries de l'automobile et des pompes.
Tour horizontal CNC SMTCL HTC40Q | Solution d'usinage durable pour les pièces d'essieux et d'arbres automobiles
Tour horizontal CNC SMTCL HTC40Q | Solution d'usinage durable pour les pièces d'essieux et d'arbres automobiles
A625 Unité de traitement et d'inspection de la chaîne de production automatisée de l'arbre moteur à énergie nouvelle
Product Description: Efficient solution for automatic machining and inspection of new energy motor shafts The new energy motor shaft automated processing and inspection unit is composed of an HTC40P high-precision horizontal CNC lathe, a VMC1100P high-performance vertical machining center, a domestic 6-axis joint robot, and a double-station exchange pallet type silo. It can perform automatic processing and inspection without human intervention, enabling one person to manage
SMTCL HTC40H FANUC CNC Lathe BMT55 8-station Servo Turret Slant Bed CNC Lathe
Product Description: SMTCL HTC40H CNC Lathe FANUC Controller BMT55 8-station Servo Turret Slant Bed CNC Lathe HTC40H(Q) CNC horizontal lathe combines intelligent control and advanced manufacturing technologies. It features high precision, high efficiency and high rigidity, enabling the efficient processing of various shaft and disc parts. It can turn multiple types of threads and curved surfaces. Moreover, it can be equipped with a production management system to achieve
Tour CNC à banc incliné de haute précision SMTCL HTC63H Fanuc avec doubles glissières
Product Description SMTCL HTC63H Fanuc Double Guide Rails High Precision Slant Bed CNC Lathe HTC63Q/H/S series CNC horizontal lathe saddle adopts internal brace double guide rail structure, with large span and strong rigidity. The whole machine is more rigid when the inner hole is machined. The spindle adopts a two-gear headstock, which has a high rotary speed and a large cutting torque. It can effectively meet the parts machining demand of engineering machinery, automotive,
SMTCL Max.cutting Diamètre 500 mm Vertical CNC tour de fraisage Combo T6 Vertical CNC tour pour le traitement du disque de freinage
SMTCL Max.cutting Diameter 500mm Vertical CNC Lathe Milling Combo T6 Vertical CNC Lathe For Brake Disc Processing T6-Q series CNC vertical lathe is cost-effective, easy to operate, with high rigidity and stability, supporting domestic high-quality functional parts, small floor area, large processing range, widely used in automotive, general industry, construction machinery and other industries processing. T6-H series CNC vertical lathe is our new upgraded technology structure
SMTCL Général haute précision contrôle FANUC lit incliné tour CNC HTC63Q machines d'ingénierie tour CNC
Product Description SMTCL General High Precision FANUC Control Slant Bed CNC Lathe HTC63Q Engineering Machinery CNC Lathe HTC63Q/H/S series CNC horizontal lathe saddle adopts internal brace double guide rail structure, with large span and strong rigidity. The whole machine is more rigid when the inner hole is machined. The spindle adopts a two-gear headstock, which has a high rotary speed and a large cutting torque. It can effectively meet the parts machining demand of
Tour CNC pour pièces de petite taille T5.1-500Q Usinage de précision de métaux SMTCL Tour à banc incliné CNC
Product Description: SMTCL CNC Lathe Small Size Parts Processing T5.1-500Q Precision Metal CNC Slant Bed Lathe T5.1 - 500Q is a general-purpose CNC horizontal lathe with an inclined bed design. Its bed has high rigidity, which can ensure the stability of machining. Equipped with a high-precision spindle, it can achieve precise machining with high machining precision. This machine tool is also equipped with an advanced CNC system that is easy to operate and rich in functions.
Le tour CNC à rail dur HTC40S à haute rigidité à grande portée A2-8 vitesse de fuseau 4000 r/min SMTCL tour CNC à lit incliné
Product Description: SMTCL Hard Rail CNC Lathe HTC40S High Rigidity Large Span A2-8 Spindle Speed 4000r/min Slant Bed CNC Lathe HTC40S CNC Lathe has unique advantages in its hardened guideway design. The hardened guideway has undergone special processing techniques and possesses super-strong rigidity, which can effectively bear heavy cutting loads. During powerful machining processes, it has excellent stability, ensuring that the machining accuracy remains unaffected. The
