"3 axis horizontal machining center"
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)
Horizontale CNC Metaal het Draaien Draaibank CKA6150 Universele het Draaien Machine
CKA Series CKA6150 Universal Flat Bed CNC Lathe Metal Turning Lathe Product Presentation * This series of products adopts horizontal flat bed structure, bed, spindle headstock, bed saddle, bed leg and other basic saddle all samples of the resin sand casting, artificial aging treatment, the stability is good * Lathe bed guide intermediate frequency quenching, bed saddle and skateboarding guide joint surface using "stick model" processing, moving parts can realize trace feeding
Horizontale Vlakke Bedcnc Draaibankmachines CKD6136i 20 - 3000r/Min Spindle Speed
Widely used superior quality from china CKD6136i Flat Bed CNC Lathe Machine features and key technical indicators The machine tool adopts the traditional horizontal lathe layout. The overall design has good airtightness and meets safety standards. The main basic parts such as the bed and legs are all cast with resin sand, artificially aging treatment, and the stability of the whole machine is superior. The longitudinal and lateral motion axes of the machine tool are driven by
De horizontale Vlakke Bedcnc Machine van de Draaibankckd6150a CNC Torno Draaibank
Machine Factory CKD6150A Horizontal Lathe Flat Bed CNC Lathe CNC Torno Product Presentation CKD series CNC lathes are CNC horizontal lathes controlled by the vertical (Z) and horizontal (X) coordinates. It can automatically complete the cutting process of inner and outer cylindrical surface, conical surface, arc surface, end surface, grooving, chamfering, etc., for various shaft and disc parts, and can perform metric straight thread, end face thread and inch straight thread
SMTCL CNC-draaicentrum HTC40Hm CNC-draaibank met grote spanwijdte en Y-as staafaanvoer
SMTCL CNC-draaicentrum HTC40Hm CNC-draaibank met grote spanwijdte en Y-as staafaanvoer
G45L CNC van het hellingsbed de Horizontale Lijn van het de Hoge snelheidsspoor van de Draaibankmachine
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
SMTCL Precision Bar Feeder CNC-draaibank HTC16H Klein formaat onderdelenverwerking Horizontale schuine bed CNC-draaibank
SMTCL Precision Bar Feeder CNC-draaibank HTC16H Klein formaat onderdelenverwerking Horizontale schuine bed CNC-draaibank
SMTCL Max Swing Diameter 1250mm Siemens System HTC125500 Grote horizontale CNC draaibank
Product Description: SMTCL Max Swing Diameter 1250mm Siemens System HTC125800 Large Horizontal CNC Lathe HTC series lathe is a large CNC horizontal lathe with high reliability, high accuracy and CNC Two-axis linkage. This machine tool series is the excellent product designed and produced on the basis of digesting & absorbing CNC lathe technology at home and abroad and integrating our many years of experience in producing CNC lathes to meet market demand, and it has the
Horizontale CNC draaibank HTC40H/500 Automobiel mandrels Motorschachten Tandwielassen Bewerking CNC draaibank
Product Description: SMTCL Horizontal CNC Lathe HTC40H/500 Automobile Mandrels Motor Shafts Gear Shafts Processing 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 testingtechnology. They have good cutting performance and can meet processing various rotary parts. HTC 40H/500 CNC lathes occupy a small area and are suitable for high-precision
Slant Bed CNC draaibank HTC63Q Maximale snijlengte 3000mm Zware snijspindel CNC horizontale draaibank
Product Description Slant Bed CNC Lathe HTC63Q Maximum Cutting Length 3000mm Heavy Cutting Spindle CNC Horizontal Lathe HTC63Q/H/S Saddle adopts an internally supported double guide rail structure, spindle adopts a two-speed variable speed spindle box, which has high speed and large cutting torque. Suitable for the parts in engineering machinery, automobile and etc. Product Features 1,High precision ◆ High-precision screw and guide rail ◆ High-precision spindle bearings ◆
SMTCL PBC130rp Powerful CNC Horizontal Milling And Boring Machine CNC Boring Milling Machine
Product Description: SMTCL PBC130rp Powerful CNC Horizontal Milling And Boring Machine CNC Boring Milling Machine The powerful CNC horizontal milling and boring machine is suitable for parts with a wide range of deep hole and cavity, and it is widely used in general machinery, ships, engineering machinery, aerospace and other industries. Structural features:The machine tool is in a structure of T-shaped layout and square ram arranged in the headstock. Basic parts:cast with
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
