Turning Machines
Lathes used for turning parts were the world’s first machine tools. These machines move a static cutting tool down the length of a rotating workpiece to cut the workpiece to shape. Modern CNC turning centers use servo drives to control tool motion compared to hand wheels on manual lathes. Tools install on gang plates or turrets, depending on the type of lathe. Today’s turning centers often can perform milling and cross-drilling operations thanks to live tool spindles that are installed in turret stations that sometimes provide Y-axis movement across the workpiece center line. Turning centers are available in horizontal and vertical main spindle orientations.
Latest Products
Hurco Machine-Tending Solutions Support Range of Machining Centers
IMTS 2024: Hurco is demonstrating the capabilities of machine-tending automation through ProCobots-Hurco integration. The company is also showcasing a range of CNC machines.
Read MoreMurata Machinery Single-Spindle Turning Center Maximizes Productivity
IMTS 2024: Murata Machinery USA announces the MSR60 single-spindle CNC turning center with multitasking capabilities and built-in gantry loader automation.
Read MoreSelect Machining Technologies Highlights Multitasking Machines
IMTS 2024: Select Manufacturing Technologies is highlighting large-capacity multitasking machines from Solace, Geminis, Ibarmia and Momentum.
Read MoreRomi Turning Machines Provide Enhanced Precision
IMTS 2024: Romi features both a custom CNC lathe and a 12-axis horizontal turning center for wear resistance and precision in turning, milling and drilling operations.
Read MoreOkuma Machine Lineup Features Intelligent Manufacturing Technology
IMTS 2024: Okuma’s booth features CNC machine tools, a CNC control, a line of automation systems, intelligent manufacturing technologies, customer services and more.
Read MoreMazak Custom Machining Solutions Feature Automation, Digitalization
IMTS 2024: Mazak features advanced machining solutions designed to boost productivity in automation, multitasking capabilities and machine tool technology.
Read MoreFeatured Posts
Digitalization and Done-In-One Reign Supreme at BIEMH 2024
European manufacturers may have a different balance of markets than their U.S. counterparts, but the practical challenges they must overcome are often similar — as are the solutions.
Read MoreBridging the Gap Between Traditional Single- and Multi-Spindles
This twin-spindle automatic lathe with six cross-slide mounted turrets is designed for medium-sized production runs that might not be suitable for conventional multi-spindles.
WatchA History of Precision: The Invention and Evolution of Swiss-Style Machining
In the late 1800s, a new technology — Swiss-type machines — emerged to serve Switzerland’s growing watchmaking industry. Today, Swiss-machined parts are ubiquitous, and there’s a good reason for that: No other machining technology can produce tiny, complex components more efficiently or at higher quality.
Read MoreCAM-Driven Lathe Questions
There can be hidden issues using legacy cam-driven lathes that can be overcome using new CNC technology. Here are three to keep in mind.
Read MoreA Mill-Turn’s Value for Machining Micro Gears
This leading manufacturer of non-lubricated robotic gears uses a seven-axis turn-mill to machine components from “amorphous” metals such as bulk metallic glasses.
Read MoreShop Optimizes its Swiss-Turning Flexibility
Paramount Machine uses various Swiss-type lathes, some with a B axis, to produce parts more effectively than it did on conventional chucker lathes. Today, nearly every job under 1.5 inches in diameter runs across those machines even if the batch size is a mere 5 pieces.
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