"vertical 5 axis machining center"
SMTCL Positioniergenauigkeit 8/6/6 µm und Wiederholgenauigkeit 5/4/4 µm wirtschaftliches vertikales Bearbeitungszentrum IV85
Vertikales Bearbeitungszentrum SMTCL IV85: Hohe Präzision (8/6/6㎛ Positionierung, 5/4/4㎛ Wiederholgenauigkeit), 11-kW-Spindel, 10.000 U/min, 48 m/min Eilgang. ATC mit 24 Werkzeugen, GSK/Siemens/FANUC-Steuerungen. Überlegene Steifigkeit und Kosteneffizienz für allgemeine Maschinenkomponenten.
Mitten der Präzisions-horizontale maschinellen Bearbeitung Hochleistungs-HMC630 HMC630P
HMC630 single pallet and HMC630P double pallets horizontal machining center High Quality Heavy Duty HMC630 / HMC630P horizontal machining center machine adopts the design concept of the whole machine, comprehensive considering every link of the machine tool, reserved for different customers the machine interface, the use of international popular inverted T type, the overall structure of lathe bed, a reasonable distributed chip structure was optimized and improved the guide
SMTCL Vertikales Bohr- und Gewindeschneidzentrum DTC600 der nächsten Generation
SMTCL DTC600: Hochstabiles Vertikalzentrum mit 20.000 U/min Spindel, 48 m/min Eilgang und 21-Werkzeug-Servomagazin. Ideal für Telefonrahmen, Automobilaluminium und 5G-Komponenten mit Präzision nach IT6-Standards.
SMTCL Hochleistungsvertikaler CNC-Drehmaschine V6H Schwerlastvertikaler Drehmaschine
Product Description SMTCL High-efficiency Vertical CNC Lathe V6H Heavy Duty Vertical Lathe Machine Lathe Machine Vertical V6H CNC vertical lathe, is tailored for high - efficiency and precision. Its rigid bed, with optimized design, is stable and resistant to vibration, guaranteeing steadfast processing throughout. Equipped with an advanced CNC system, it's easy to operate and highly accurate in positioning, achieving an accuracy of ±0.001mm. The high - speed spindle, paired
SMTCL VMC1100B 4 Achsen CNC-Fräsmaschine für Metalle Fanuc-Controller 3 Achsen vertikaler Bearbeitungszentrum
Product Description: SMTCL VMC 1100B Typical Series 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
SMTCL 4-Achsen-CNC-Fräsmaschine VMC1000Q Hochpräzisions-Aluminiumlegierung Vertikalbearbeitung Zentrum
Product Description: SMTCL 4 Axis CNC Milling Machine VMC1000Q High precision Aluminum Alloy Processing Vertical Machining Center VMC1100Q vertical machining center, through professional design and analysis software for scientific and reasonable analysis and optimization, as well as advanced manufacturing and testing technology for verification and improvement, with good cutting performance. The machine tool is suitable for general machinery, automotive and other industries,
SMTCL Gantry Heavy Duty Bohr- und Fräsmaschine GMC2060 3 Achsen CNC-Fräsmaschine
Product Description: GMC-RV series machine tool is a gantry-type boring/milling machine featuring moving workbench and fixed crossbeam, adopts high rigidity wrap-around ram, and is a high speed and heavy cutting machine tool. The series of machine tool is used for machining multiple types of precise components such as various fundamental large-size workpiece, plate workpiece, disc workpiece, housing workpiece and mold. The product is configured with automated right-angle
SMTCL Hochleistungsmetall CNC Drehmaschine T6 Vertikale CNC Drehmaschine
SMTCL High Cost Performance Metal CNC Turning Lathe T6 Vertical CNC Lathe 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 of the third generation of new CNC
SMTCL 10000rpm FANUC CNC-Vertikalbearbeitungszentrum VMC850Q CNC-Fräsmaschine mit 4. Drehtisch
SMTCL 10000rpm FANUC CNC Vertical Machining Center VMC850Q CNC Milling Machine With 4th Turntabie This new generation VMC850Q vertical machining center adopts vertical frame layout, cross slide structure, high rigid herring column, inverted trapezoidal spindle box, low center of gravity, high rigid bed, three axis roller guide rail, to ensure the machine good running accuracy, high strength and excellent precision stability; The machine structure is simple and compact, the
4 Achsen Bohr-Tapping-Zentrum DTC500 CNC-Vertikalverarbeitung FANUC CNC-Fräsmaschine
4 Axis Drilling Tapping Center DTC500 CNC Vertical Processing FANUC CNC Milling Machine Widdly applicability to 3C,automobile and other industries DTC500 series machine tool is a kind of vertical drilling and tapping center with high seismic resistance and high dynamic response. lt can provide high speed,excellent precision, and high stability solutions for various complicated processing cases like small segments and multiple corners etc., which can realize the manufacturing
SMTCL CNC-Fräsmaschine mit Fanuc-Steuerung VMC1100 CNC 3 Achsen CNC-Bearbeitungszentrum
SMTCL VMC1100Q Vertical Machining Center VMC-Q series machine tools are the new generation general vertical machining center through independent R&D for industrial areas such as general machinery, automobile, and so on. Through professional design and analysis software for scientific and reasonable analysis and optimization, as well as advanced manufacturing and testing technology for verification and improvement, the equipment has good cutting performance, which can satisfy
SMTCL vertikale Bohrmaschine DTC500 effizientes CNC-Bohrzentrum
Vertical Drilling and Tapping Machine DTC500 CNC Milling Machine Efficient Drilling Tapping Center Widdly applicability to 3C,automobile and other industries The DTC500 vertical drilling and tapping center integrates finite element analysis and forward design to optimize the machine body structure. It adopts a low-center-of-gravity and large-span bed and a herringbone column, featuring strong seismic resistance. The spindle box has a thermally symmetric design to counteract
