"high efficiency cnc lathe"
SMTCL SYMG High Rigidity High Speed CNC Lathe HTC125 Grote horizontale platte bed CNC lathe
HTC125 large-size serial CNC Horizontal Lathe SMTCL SYMG Lathe machine Overview HTC125 large-size serial CNC horizontal flat bed lathe ,High rigidity high speed high accuracy and high efficiency Lathe machine SPECIFICATIONS Product Introductio PRODUCT SPECIFICATIONS Main technical specifications Main Technical Parameters Items Unit HTC 125150 HTC 125300 HTC 125500 Maximum swing diameter over bed mm 1250 1250 1250 Maximum workpiece holding length (distance between centers)
SMTCL Nieuwe verbeterde HTC40Q horizontale CNC-draaienmachine met hoge precisie en efficiëntie
SMTCL HTC40Q horizontale CNC-draaibank levert hoge precisie (CMK≥2.0) en efficiëntie met een spil van 4500 tpm, een snelle voeding van 30 m/min en een servorevolver met 12 stations. Beschikt over een thermisch balansontwerp, geïmporteerde componenten en flexibele opties voor de automobiel- en pompindustrie.
SMTCL kosteneffectieve HTC30Q horizontale CNC draaibankvoerder hoog efficiënt draaiend draaibank voor kleine onderdelen
SMTCL HTC30Q: Compacte horizontale CNC-draaibank met 4500 RPM spindel en 8-stations servorevolver. Hoge precisie voor kleine onderdelen (max. Φ300 mm). Ideaal voor de automobiel- en lagerindustrie. Geïmporteerde componenten zorgen voor duurzaamheid.
Metalen CNC draaibank IT35L BMT45 Horizontale 8 Station Servo Turret Slant Bed CNC draaibank
Product Description: Metal CNC Turning Lathe Machine IT35L BMT45 Horizontal 8 Station Servo Turret Slant Bed CNC Lathe IT series horizontal CNC lathe is suitable for processing all kinds of disk and short shaft parts, can turn the end face and the end groove, the outer circle and the inner hole thread, the groove and the rotary surface and other geometric features. Can meet the automotive, bearing, engineering machinery, non-ferrous metals and other industries for rotary
SMTCL HTC40Q Zware horizontale CNC-draaibank Bar Feeder Hoog rendement draaimachine voor de productie van auto-onderdelen
SMTCL HTC40Q heavy-duty horizontale CNC-draaibank met 11 kW motor, 245 Nm koppel en 50 mm staafcapaciteit. Beschikt over een servorevolver met 12 stations, een spindel van 4000 tpm en een optionele staafaanvoer voor uiterst efficiënte productie van auto-onderdelen. CE- en ISO-gecertificeerd.
Hoge Precisiecnc de Machine van de Torentjedraaibank 50 - 3000 r/min HTC40Bm/1000
High Precision CNC lathe power turret HTC40Bm/1000 Main Technical parameters Model Item HTC40Bm/1000 Max. swing over bed mm Φ560 Max. swing over slide mm Φ350 Max. cutting diameter mm Φ360 Max. cutting length mm 970 Spindle bore diameter mm Φ80 Form of spindle nose A2-8 Main motor power (30 minutes/continues) kw 16/12 Spindle speed/ Max.output torque of spindle r/min/Nm 50-3000/172 Max. travel of X-axis mm 200 Max. travel of Z-axis mm 1050 Rapid speed (X/Z-axis) mm 30/30 Dia.
CNC draaibank IT35L Max Swing Over Bed 580mm THK Lineaire gids Servo Turret Horizontale Slant Bed CNC draaibank
Product Description: CNC Lathe IT35L Max Swing Over Bed 580mm THK Linear Guide Servo Turret Horizontal Slant Bed CNC Lathe IT35L is a high-performance CNC lathe. It adopts advanced design concepts and manufacturing processes and has excellent stability and precision. The machine body structure is solid and can effectively resist vibrations during the processing process to ensure processing quality. Equipped with a high-precision spindle system with a wide speed range to meet
Lineair Leibaancnc het Metaal Draaiend Malen van Draaibankmachines FTL550 CNC
Linear Guideway FTL550 Flat Bed CNC Lathe Metal Turning Milling Cnc Lathe Machine Tool Comprehensive priced CNC Turning Center – when you need a high quality CNC lathe that has BOTH – a high quality turret and tailstock.Built atop the uniquely designed one-piece solid cast base and lathe bed found in the larger FTL lathe models. Main Specification Items specification Capacity Chuck Size: 12", *15"Max.Swing Dia. Over Bed: Ø550mmMax. Workpiece Length: 1000mm, *1500mm, 2000mmMax
SMTCL E-Force High Efficiency met grote spindelkracht en groot koppel CNC vloerfrees- en boormachine
Product Description: SMTCL E-Force High Efficiency with Large Spindle Power and Large Torque CNC Floor Milling and Boring Machine High efficiency with large spindle power and large torque, it is suitable for machining of medium and large parts, and it is used in wind power, energy, reducer, general machinery and other industries. Structural features: Single column side hanging box layout, in which, the column moves horizontally along the body guide rail (X-axis coordinate) ,
FL500 Flatbed CNC de Draaibankmachine van de Draaibank Krachtige Hoge Precisie
Linear Guideway FL500 powerful flat bed high precision lathe machine cnc Machine introduction The FL Series is produced at high volume in our factory-using world standard quality control processes. These facts contribute to the FL lathe's reputation in the world market for excellent quality at a reasonable price. We produce a great machine at a great price, and pass the savings on to you. Main Specification Items specification Capacity Chuck Size: 10", *8" Max.Swing Dia. Over
Metalenbewerking Slant Bed CNC draaibank T1/500 TURN Zwaar werk
Product Description: SMTCL Horizontal Slant Bed CNC Lathe HTC30Q CNC Turning Center Precision CNC Lathe The new generation HTC-H/S CNC lathes are optimized through professional design and analysis software. Assembled, verified and improved with advanced manufacturing and testing technology. They have good cutting performance and can meet processing various rotary parts. HTC30H(Q) CNC lathe occupy a small area and are suitable for high-precision processing of various small
Schuine Bed CNC Draaibank Lineaire Geleiding T5.2-500Q BMT55 Max. Draaidiameter 360mm SMTCL CNC Feeder Draaibank
Product Description: SMTCL Slant Bed CNC Lathe Linear Guide T5.2-500Q BMT55 Max. Turning Diameter 360mm CNC Feeder Lathe T5 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
