High Precision: Sliding head lathes excel in manufacturing precision factors with tight geometric tolerances. The design of this machine style allows for intricate and complex machining operations for being done efficiently with nominal enter.

JAP responds to your current market that requires lessened downtime in producing procedures. Our new choice of quality lathes will allow limited tolerances and repeatability in output procedures.

The SD Series is a new product effective at ⌀26mm machining, formulated to offer engineers the last word mill-switch solution.

The SR Sequence is Star's most widely used array, offering Outstanding performance and flexibility approximately 42mm in diameter.

Allow our professionals allow you to uncover the appropriate solution in your unique specifications – with their many years of encounter in a wide range of sectors.

This enables complex operations like milling, drilling, and tapping without taking away the workpiece in the lathe.

In producing and machining, high precision CNC lathes are critical for creating parts with incredible accuracy. Here are some typical concerns answered merely, to assist you comprehend their capabilities and the technology behind them.

No matter whether you’re a seasoned producer or moving into the market, this guide is customized to simplify your decision-building procedure.

They operate by spinning the workpiece and reducing it with tools, all managed by precise Personal computer programming. This enables them to create parts promptly, properly, and continuously.

Tool paths tend to be the routes that the machine’s chopping tool follows to form the fabric. These paths are meticulously planned to enhance efficiency and accuracy. Linear Tool Paths: Go the tool in straight lines, excellent for simple cuts.

Traditional Turning Centers: In a regular CNC lathe, the workpiece is held by a chuck or collet at a single stop. The reducing tool moves along the workpiece to carry out the machining operations. This set up is best suited to shorter, bulkier parts.

Reduced material Wastage: The design of sliding head lathes permits the economical usage of barstock with small remnant and extremely very low part reject costs. This is particularly advantageous when working with costly or unique products.

Field Applications: Ideal for toolrooms and precision workshops wherever space may very well be limited nevertheless the desire for high-quality parts is non-negotiable.

CNC sliding headstock machines click here from TRAUB are designed for precise and productive manufacturing of long and slim parts with a optimum diameter of 32 mm.