Top 10 Most Satisfying CNC Machine In Working. Heavy Duty Vertical Lathe & Mill Turn Center

CNC milling-turning center – M30-G millturn
This video demonstrates how the M30-G Millturn can perform entire machining. Complex shafts and chuck components can be produced using an M30-G Millturn with a swing of up to 520mm and machining lengths up to 1800mm. It can serve as a lathe, a 5-axis machining center, a gear-cutting machine, and a deep-hole drilling machine, as necessary. Widest selection of machining technologies, Maximum degree of productivity, Maximum stability and precision, and Maximum ᴍᴀɴufacturing flexibility are what Millturn stands for.

One machine that combines all machining technologies. The efficiency of your ᴍᴀɴufacturing is significantly increased when all machining and measuring processes are combined into a single Millturn complate machining center from WFL. With the turning-boring-milling unit and gearbox of the exclusive Millturn TM machine, unmatched chipping perforᴍᴀɴce and the highest level of precision are guaranteed. WFL offers more than 20 distinct Millturn models: An large range of workpieces can be totally machined with turning lengths ranging from 1000 to 14000mm and turning diameters ranging from 520 to 2000mm. Nearly every Millturn model also comes in a counter spindle variation.

5-axis machining center.
This machine shop’s milling and turning capabilities are combined. Using the optional rotary table and spindle clamping, workpieces can be rotated at a maximum speed of 400 min-1. The tedious process of moving the workpiece between machines is no longer necessary. One aixs may be used to machine dihedral angles between 0 and 105 degrees thanks to the Uɴɪqᴜᴇ configuration of the A-xis. The fact that the X and Y axes are continuously loaded in the same direction is a major benefit of milling with the trigonal head in the horizontal spindle position. Cross-stress is drastically decreased as a result.

Rough Turning
The most frequent machining operation on a lathe is turning. A cutting tool removes material from the outside diameter of a spinning workpiece during the turning process. Turning’s primary goal is to reduce the workpiece’s diameter to the appropriate size. Turning operations come in two flavors: rough and finish. A piece is machined to a predetermined thickness using a rough turning operation, which ignores precision and surface polish in order to remove the most material in the quickest amount of time. Finish turning results in a workpiece with final exact dimensions and a smooth surface finish.

Ingersoll cutting tools
Cutting tools with exceptional vibration-free perforᴍᴀɴce are a specialty of Ingersoll Cutting Tools. For heavy-duty milling and specialized cutting tool options, they have very effective solutions. End mills, shell and mills, shoulder-type milling cutters, face mills, and slotting cutters are a few of the cutting tools that are continually being added to the arsenal.

Crankshaft Machining on a Nakamura WT-300
The Nakamura WT-300 crankshaft turning process is demonstrated in the video thanks to the assistance of Denis Suvorov and Marco Fiorido, Nakamura’s product ᴍᴀɴager. The Nakamura-Tome WT-300 is the ideal turret-type multitasking machine because it combines the newest technology and the highest capabilities. It is a multipurpose machine with high rigidity, high power motors, and the best machining perforᴍᴀɴce for both turning and milling.