"cnc turning center"
CNC水平表面磨き機 HDM-15050 AHD/MSI/CNC 高精度3軸重面磨き機
Product Description: CNC surface grinding machine is a kind of high-precision machining equipment. It precisely controls the movement of the grinding wheel through the CNC system to grind the plane of workpieces. It features high automation, high machining accuracy, and good surface quality. It can handle various materials and is widely used in manufacturing fields such as molds and mechanical parts. Product Features: 1. The layout of the cross worktable is adopted, the
SMTCL 重回転回転機 HTC125500 マックス スイング直径 1250mm 金属,バルブ産業加工 CNC回転機
Product Description: SMTCL Heavy Turning Lathe HTC125500 Max swing diameter 1250mm Metallurgy, valve industry processing CNC Lathe HTC125500 has many excellent selling points: First of all, it has strong processing capabilities. HTC125300 can be widely used in general machinery, construction machinery, molds and other industries. It can perform high-precision and high-efficiency cutting processing and has strong cutting ability, easily coping with the processing needs of
長期正確さ傾いたCNCの旋盤37KW 75°は横のタレット旋盤を寝かせる
Product Description: SMTCL Slant Bed CNC Lathe T5.2-1000Q BMT 8 Positions Servo Turret Servo Drive Tailstock CNC Lathe T5.2-1000Q is a new generation of horizontal CNC lathe targeting the mid-to-high-end market. It adopts a full linear guide rail structure, featuring high speed and high precision. The machining dimensional accuracy can reach IT6 level, and the surface roughness can reach Ra0.4 during the optimal cutting process. It is suitable for machining various shaft and
SMTCL CNC水平掘削機 TK6513 重用水平掘削フレーシング機
Product Description: SMTCL CNC Horizontal Boring Machine for Metal TK6513/TKP6513 Heavy Duty Horizontal Boring Milling Machine The machine tool is of T-shape layout, single column and lateral suspension headstockstructure. The workbench and slide carriage move along transverse bed guiderail (X-axis coordinate), the column is fixed on slide carriage and moves along longitudinal bed guiderail (Z-axis coordinate), headstock moves vertically along column guiderail (Y-axis
G45Lの傾斜のベッド横のCNCの旋盤機械高速高速鉄道ライン
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 縦 CNC ターン 縦 ターン フレッシング センター VTC250140 重荷 ターン フレッシング マシン コンボ
Product Description: VTC250140 Heavy 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 leadscrew, linear guiderail and reducers of this series of machine
SMTCL垂直回転床床床 VTC160100S固定ビーム3軸垂直回転床
Product Description: VTC12560S 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 leadscrew, linear guiderail and reducers of this series of machine toolsadopt the
SMTCL 縦 CNC ターン V6 重用縦 CNC ターン 機械
Product Description: SMTCL Vertical CNC Lathe V6 Heavy Duty Vertical CNC Lathe Machine CNC vertical lathe is a machine tool for machining workpieces, which is characterized by a spindle perpendicular to the work surface. It uses a numerical control system to control the movement of the tool to achieve accurate machining operation. CNC vertical lathe is usually composed of machine tool body, workbench, spindle, tool holder, CNC system and so on. The machine body is usually
SMTCL重用5軸フレーシング掘削機 PBC 110fシエメンズシステム CNC掘削とフレーシングマシン
Product Description: SMTCL Heavy Duty 5 Axis Milling Boring Machine PBC 110f SIEMENS System CNC Boring and Milling Machine The machine tool features multiple machining functions such as boring, milling, drilling (drilling,expanding and reaming), tapping (rigid threading) and countersinking, and the excellent CNC system enables the machine tool to feature functions such as linear interpolation and circularinterpolation. CNC rotary workbench is able to realize multi-procedure
SMTCL水平フレーシング掘削機 TK6511 CNCフレーシング機 シエメンズシステム 5軸加工センター
Product Description: SMTCL High Stability 5 Axis Horizontal Boring And Milling Machine The machine tool is of T-shape layout, single column and lateral suspension headstockstructure. The workbench and slide carriage move along transverse bed guiderail (X-axis coordinate), the column is fixed on slide carriage and moves along longitudinal bed guiderail (Z-axis coordinate), headstock moves vertically along column guiderail (Y-axis coordinate); the product is ofT-shape bed
SMTCL重用多機能5軸水平掘削機 TK6516 CNC掘削とフレーシングマシン
Product Description: SMTCL High Stability 5 Axis Horizontal Boring And Milling Machine The machine tool is of T-shape layout, single column and lateral suspension headstockstructure. The workbench and slide carriage move along transverse bed guiderail (X-axis coordinate), the column is fixed on slide carriage and moves along longitudinal bed guiderail (Z-axis coordinate), headstock moves vertically along column guiderail (Y-axis coordinate); the product is ofT-shape bed
3 軸のスローチ加工機 コンボ T5.2-1000Q FANUC SMTCL 斜面床のスローチ加工機
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
