Composite lathe machining machine "Turning & Mill-Turn"
Fully equipped with multi-turret and multi-spindle functions, it is powerfully integrated into a single package!
The composite lathe machining machine "Turning & Mill-Turn" executes programming with intelligent operations that take into account leftover material to minimize air cuts between lathes during milling. By creating effective machining paths, it aims to reduce cycle times and improve productivity. 【Main Features】 ○ Integration of multi-turret and multi-spindle functions into a single package ○ Ability to define all auxiliary devices ○ Interference checks can be performed while running simulations ○ Chucks and special jigs can be easily added using SolidWorks assembly features ○ Easy definition of main spindle and sub-spindle ○ C-axis machining can be easily performed with SolidCAM ○ Automatically updates and calculates intermediate allowances for both milling and lathe operations *For more details, please contact us or download the PDF.
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Dr. Emil Somekh, the founder and representative of Solid CAM, is a veteran with 34 years of experience in CAD/CAM development and utilization technology. The development and support team at Solid CAM possesses extensive and deep experience in the manufacturing industry. Solid CAM supports all areas of major machining technologies, including 2.5-axis/3-axis machining, 4/5-axis positioning machining, simultaneous 5-axis machining, lathe machining, complex lathe machining up to 5 axes, and wire cutting. The latest product, Solid CAM 2008R12, is an advanced product resulting from 24 years of relentless development and improvement. The hallmark of Solid CAM is its combination of ease of use and powerful CAM functions, along with its customized post-processor that generates executable CNC code immediately. Solid CAM is widely used not only in mold and die manufacturing but also in machine manufacturing, electronics, medical devices, consumer products, mechanical design, automotive, aerospace industries, and rapid prototyping.