"vertical turning lathe machine"
SMTCL CNC Lathe Mill Combo Machine HTC40Hm BMT55 Двигаемая башня Горизонтальный центр поворота CNC
Product Description: HTC40Hm/1000 Horizontal 12-station Power Turret CNC Turning Lathe Machine HTC-m series of horizontalturning centers are assembled, verified and improved with advancedmanufacturing technology.They have good cutting performance and can meet the processing needs ofvarious rotaryparts. The machine tool is equipped with a C-axis,powered tool holder,etc.,which canrealize various processing methods suchas turning, milling and drilling. Hm series is a high
Традиционный цепной стан 6 метров цепной стан CW6180B колебательный диаметр 800 мм металлический ручной цепной стан
Product Description: Conventional Lathe 6 Meter Lathe Machine CW6180B Swing Diameter 800mm Metal Manual Lathe CW6180B series is crafted with ingenuity. Its bed has undergone optimized design and boasts outstanding rigidity, remaining as steady as a rock during cutting and effectively reducing vibrations. The spindle has a wide range of variable speeds, adapting to diverse processing requirements. Whether it's delicate threads or complex external circles, it can precisely
Большой сверхмощный 35T 12000 мм CKM61320 Горизонтальный токарный станок с ЧПУ с шлифовальным кругом Токарный станок с ЧПУ
Большой сверхмощный 35T 12000 мм CKM61320 Горизонтальный токарный станок с ЧПУ с шлифовальным кругом Токарный станок с ЧПУ
SMTCL Heavy Vertical Lathe VTC350140 Вертикальная фрезерная машина для вертикального токарного станка
Product Description: SMTCL Heavy Vertical Lathe VTC350140 Vertical Lathe Milling Machine Combo VTC350140 CNC vertical lathe is a new generation product completelyindependently researched and developed on the basis of sufficientdigestion and absorption of foreign advanced technology incombination with the advantageous technology of CNC vertical latheof Shenyang Machine Tool Group.The key outsourced componentssuch as CNC system, main electrical parts, main bearing, ball
SMTCL Высокая точность Высокая жесткость Металлическая фланцевая резка Обычный токарный станк CA6140a/1000 мм Ручной токарный станк
Product Description: SMTCL High Precision High Rigidity Metal Flange Cutting Ordinary Lathe CA6140a/1000mm Manual Lathe CA6140A ordinary lathe This lathe is suitable for turning internal and external cylindrical surface, conical surface and other rotating surface, turning all kinds of metric, imperial, modular and diameter pitch threads, and can drill and pull oil groove and other work. CA series products, based on the "A" model, derive several deformation products. The bed
Горизонтальный токарный станок с ПЛК для тяжелого режима работы, 32 зуб., 8000 мм, CX61320
Мощный горизонтальный токарный станок грузоподъемностью 32 тонны, длиной 8000 мм, поворотом 3200 мм и управлением ПЛК. Имеет 4 направляющие, бесступенчатую скорость вращения шпинделя и высокую точность (± 0,02 мм). Включает систему ЧПУ Siemens 828D и серводвигатель мощностью 75 кВт для превосходной производительности обработки.
Маленькие детали обработки HTC16H Металлическая наклонная кровать CNC токарный станк SMTCL Горизонтальный CNC токарный станк
Product Description: SMTCL Small Parts Machining HTC16H Metal Slant Bed CNC Lathe 8 Stations Horizontal CNC Lathes High performance lathe featuringcompact structure satisfies yourrequirements for high efficiency andlow malfunction.The machine tool features compact structureand small floor space, reasonable layout offunctional parts,convenient operation andrepair of quill spindle structure, and ensureshigher stability and reliability. The machine tool bed is tilted at 45 °
Плоская кроватка CNC-вертикальная машина CAK4065 Сервомотор 33HZ водонепроницаемая CNC-вертикальная машина
Product Description: Economical CNC Lathe Flat Bed CNC Lathe Machine CAK4085 CNC Lathe Turning Machining Metal 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
Комбинированный токарно-фрезерный станок с ЧПУ T5.2-500Q, диаметр обработки над станиной 560 мм, Fanuc, наклонная станина
Product Description: SMTCL CNC Lathe Milling Machine Combo T5.2-500Q Swing Diameter 560mm Fanuc Slant Bed CNC Lathe T5.2 - 500Q is a horizontal CNC lathe developed for the mid-to-high-end market. It adopts an integrated 45-degree inclined bed structure and has the characteristics of high precision, high efficiency, high rigidity, energy conservation and environmental protection. Its machining precision can reach IT6 level, and the surface roughness can reach Ra0.4. Equipped
CNC-токарный станк T5.2-1000Q Свинцовая и фрезерная комбинация Y-оси Тип токарного центра SMTCL наклонная кровать CNC-токарный станк
Product Description: T5.2 - 1000Q has outstanding performance. Its bed is scientifically designed with high rigidity, ensuring the stability of machining. The high-precision spindle runs accurately, enabling fine machining with a machining precision reaching above IT6 level. Equipped with an advanced CNC system, it is easy to operate and rich in functions. It supports multi-axis linkage and can efficiently complete the processing of complex parts. The motor with high torque
SMTCL HTC16H Горизонтальный токарный станок с ЧПУ Высокоточная обработка мелких деталей с устройством подачи прутка
SMTCL HTC16H Горизонтальный токарный станок с ЧПУ Высокоточная обработка мелких деталей с устройством подачи прутка
CNC-вертовой станц 3 оси вертовой фрезерной машины Комбо T5.2-1000Q FANUC SMTCL наклонный ложак CNC-вертовой станц
Product Description: SMTCL CNC Lathe FANUC 3 Axis Lathe Milling Machine Combo T5.2-1000Q Slant Bed CNC Lathe Machine T5.2-1000Q 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
