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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
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Slant Bed CNC draaibank HTC30H High-precision Processing Of Various Small-sized Parts CNC draaibank Bar Feeder
Slant Bed CNC-draaifabriek HTC30H Hoog-precisieverwerking van verschillende kleine onderdelen CNC-draaifabriek
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CNC draaibank Kleine onderdelen verwerking T5.1-500Q Precision Metal SMTCL CNC Slant Bed Draaibank
Product Description: SMTCL CNC Lathe Small Size Parts Processing T5.1-500Q Precision Metal CNC Slant Bed Lathe T5.1 - 500Q is a general-purpose CNC horizontal lathe with an inclined bed design. Its bed has high rigidity, which can ensure the stability of machining. Equipped with a high-precision spindle, it can achieve precise machining with high machining precision. This machine tool is also equipped with an advanced CNC system that is easy to operate and rich in functions.
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CNC Draaibank 3-assige Draaibank Freesmachine Combo T5.2-1000Q FANUC SMTCL Schuinbed CNC Draaibank
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
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Bewerking van kleine onderdelen HTC16H Metalen schuinbed CNC draaibank SMTCL Horizontale CNC draaibank
Product Description: SMTCL Small Parts Machining HTC16H Metal Slant Bed CNC Lathe 8 Stations Horizontal CNC Lathes HTC16H series horizontal CNC lathe is suitable for processing a variety of disk and shaft parts, can turn a variety of threads, circular arc, cone and the inner and outer surfaces of the rotary body, its small area, high processing accuracy, especially suitable for automotive, electronics, aerospace, military, non-ferrous metal processing and other industries,
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Kleine metalen cnc-draaiwerktuig CAK3665 Automatische draaibank SMTCL Flat Bed cnc-draaiwerktuig
SMTCL Small Metal CNC Lathe CAK3665 Automatic Torno Flat Bed CNC Lathe Turning Center 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 Chinese famous brand! General
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CNC draaibank CHK46 Gang Type Tool Post Precision Cutting Slant Bed CNC Draaibank
Product Description: CNC Lathe CHK46 Gang Type Tool Post Precision Cutting Slant Bed CNC Turning Lathe Machine The CHK46 gang tool lathe showcases remarkable advantages. With a compact and reasonable turret tool layout, the tool changing time is extremely short, significantly improving the processing efficiency. It is equipped with high-precision lead screws and an advanced numerical control system, boasting high positioning accuracy and being able to precisely complete
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Hard Rail CNC draaibank HTC40S Hoge stijfheid Grote span A2-8 Spindelsnelheid 4000 r/min SMTCL Slant Bed CNC draaibank
Product Description: SMTCL Hard Rail CNC Lathe HTC40S High Rigidity Large Span A2-8 Spindle Speed 4000r/min Slant Bed CNC Lathe HTC40S CNC Lathe has unique advantages in its hardened guideway design. The hardened guideway has undergone special processing techniques and possesses super-strong rigidity, which can effectively bear heavy cutting loads. During powerful machining processes, it has excellent stability, ensuring that the machining accuracy remains unaffected. The
