Why Choose Vertical Turning Machines? A Quick Guide

Why Choose Vertical Turning Machines? A Quick Guide A vertical turning lathe is a self-contained lathe with a top and bottom. The significant advantage of this design is the flexibility to use the top for straight or curved grain and the base for crosscutting. VTL machines are classified into single-side and double-side (vertical) turning lathes.

The former is intended to generate short grain, and the latter is designed for crosscutting. The Vertical Turning Lathe is referred to as a turning machine since the top of it may also be used as a turning tool. A Vertical Turning Lathe comprises two spinning bars connected by a spindle assembly. Most vertical turning lathes are meant to be installed on a stand or workstation; however, others are portable.

This design enables easy mobility, even with a table or similar equipment. The majority of vertical turning lathes have a wide range of capabilities. The capacity to conduct sophisticated milling operations such as crosscutting, rocking, perching, and siding gives them a significant edge over traditional milling machines.

There are numerous situations where what appears to be outdated technology is the most pleasing way to create parts. This type of technology includes the conventionally constructed VTL. Even though the VTL has been around for a while, it hasn't ceased developing. Many productive technical advances in horizontal turning centres have been incorporated into new versions of these machine tools.

Vertical turning techniques can assist foundries with machining skills and those who outsource their machining. A vertical turning centre layout essentially stands a typical lathe on end. This design offers several significant production and cost advantages.

It is especially well suited to cutting various castings, including brake discs, pump housings, aeroplane components, heavy equipment, and more. These vertical turning machines are not designed for high-volume manufacturing but are perfect for heavy-duty and high-power cutting of medium and large parts.

The simplicity with which very heavy workpieces may be positioned and kept in place for milling is a significant benefit of the VTL machine. Gravity is crucial in retaining these parts, which benefits any shop that uses VTL. In most cases, only a tiny amount of forceful clamping is necessary. Vertical turning lathes that load and unload themselves using the central spindle are gaining popularity as their multitasking capabilities make them effective processing centres for creating chucked pieces.

Vertical turning lathes enable foundries with in-house machine shops and those that outsource machining to cut larger and heavier castings. An indexable tool turret head distinguishes

traditional VTLs and VBMs. A rotating table supports the workpiece, and a bridge-type structure carries the X-axis and a turret head or ram head.

The cutter is delivered via a ram that passes the X-axis guides. A good vertical turning center often reduces cycle times by allowing shops to be more forceful with their cuts.