Maximize Productivity with DMG Mori's CLX 550 TC Turn-Mill Spindle

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The CLX 550 TC from DMG Mori introduces a swiveling B-axis tool spindle for enhanced precision and flexibility. With a 12,000 rpm turn-mill spindle, 60-tool capacity, and energy-efficient components, it minimizes downtime and maximizes productivity

The increasing diversity of components and decreasing batch sizes tend to extend periods of unproductive setup. The CLX TC turning centre series from DMG Mori addresses this by replacing the tool turret in the company's CLX lathes with a ± 120-degree swivelling B-axis tool spindle having 0.001-degree resolution positioning. At the recent AMB 2024 exhibition in Stuttgart, the new CLX 550 TC model was launched, which joins the smaller capacity CLX 450 TC introduced last year.

The Compact Master 12,000 rpm turn-mill spindle with 90 Nm of torque is served by a tool magazine offering space for up to 60 cutters for rotational and prismatic machining (30 tools is standard). They can be loaded and unloaded in parallel with production to minimise machine downtime.

The main and counter work spindles motors are both rated at 4,000 rpm / 720 Nm, maintaining flexibility when programming the machine to produce complex components on six sides in one hit. Chucks up to 400 mm in diameter can be used, while bar capacity is 102 mm.

Maximum workpiece size that may be accommodated is 550 diameter by 1,600 mm in length. The use of steady rests, which are available up to a workpiece diameter of 360 mm, is recommended for machining long components. A Y-axis with 270 mm of travel allows eccentric machining.

DMG Mori's Celos X user interface in conjunction with the Siemens Sinumerik One control and the Ergoline operating panel enable the use of multiple software offerings. They include OP Workbench to enhance the efficiency and productivity of machine operators, as well as dozens of app-based technology cycles.

In addition, 3D Shopfloor Programming, a joint development by DMG Mori and Siemens, uses the 3D model of a component from the design department to create an NC program mostly automatically based on the underlying data. Automated feature recognition speeds programming by up to 80 percent, freeing up time for other production-related activities.

The machine's modern components are energy- and resource-saving, ensuring ecological operation. Demand-oriented coolant delivery, regenerative braking and drives that are up to 93 percent efficient are just three measures that contribute to economical energy usage. Automation options such as Robo2Go enable users maximise machine utilisation by running it unattended overnight and at weekends.

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