MPS - 5m

Basic / HD / Linear

Highlights

Solid mineral-cast machine base
Dynamic and precise motion
Efficient micromachining
Compact installation footprint
Tool magazine with 36–80 positions
Spindle speeds up to 40,000 rpm
B/C tilting rotary table, 200 mm

At a glance

Total weight: approx. 800–1,100 kg
Aufstellmaße: 950 x 1.450 x 1.880 mm
Positionierbar mit einem Hubwagen
Keine nachträgliche Montage erforderlich – lediglich Medien anschließen

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Three model variants

The MPS-5m concept continues here: different configurations for different applications

MPS - 5m Basic

The Basic version provides a versatile entry point into the MPS range. Servo-driven axes combined with established ball screw technology form the basis of an economical, versatile machine concept for a broad range of applications. The Basic configuration is intended for users who value robust technology, precision machining and cost-conscious production processes. It combines machining capability with a versatile machine platform.

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MPS - 5m HD

The HD variant adds direct position measurement systems to the machine concept. While conventional servo systems determine position at the motor, the HD system measures the actual position of the machine axis directly. This can reduce the influence of mechanical transmission components and improve positioning accuracy. The result is precise, repeatable motion, particularly for demanding machining tasks with stringent accuracy requirements. The HD variant is intended for applications where process control and elevated precision requirements are priorities.

MPS - 5m Linear

The Linear variant offers the highest dynamics within the MPS range. Instead of conventional ball screws, it uses high-dynamic linear drives that generate motion directly, without mechanical conversion. Direct force transmission enables rapid acceleration, responsive positioning and low-wear motion. Linear-drive technology therefore opens up possibilities for dynamic machining strategies, high-speed processes and demanding precision applications.

The Linear variant is intended for users seeking high dynamics and advanced drive technology in a compact machine concept.

A compact option for limited spaces: the MPS-5m fits through a 100 cm wide doorway

The MPS-5m five-axis CNC milling machine is designed for businesses with limited floor space. Its compact design allows it to pass through a doorway 100 cm wide, depending on site conditions, and can make integration into existing workshops or production areas easier. Whether in smaller production rooms or as an addition to an existing machine fleet, the MPS-5m combines five-axis machining capabilities with a space-saving footprint. Suitability for a particular installation and machining task depends on the site conditions and application requirements.

Why choose a 5-axis CNC milling machine?

Benefits of 5-axis machining:

Fewer workpiece setups
Improved dimensional consistency
Shorter production times
Improved surface finish
Machining complex contours
Simultaneous machining of demanding geometries
Greater process reliability

With the additional swivel and rotary axes, workpieces can be approached from a wide range of orientations. This can make machining operations more efficient and precise. The appropriate machining strategy depends on factors such as workpiece geometry, the planned operations, fixturing options and the specific requirements.

For a general overview, see our article 3-axis vs. 5-axis milling – differences and selection criteria.

Werkstoffe & Oberflächen

Machining aluminium, brass, copper, graphite and engineering plastics places particular demands on tool guidance and process parameters. Each material has its own characteristics. The interaction between the machine, cutting tool and machining strategy is essential for achieving consistent, high-quality results, including precise contours, fine details and high-quality surfaces.

Erst das harmonische Zusammenspiel aus Maschine, Werkzeug und Bearbeitungsstrategie ermöglicht hochwertige und reproduzierbare Ergebnisse. Präzision entsteht dort, wo Dynamik, Kontrolle und Prozessverständnis ineinandergreifen.
So entstehen präzise Konturen, feinste Strukturen und hochwertige Oberflächen – gefertigt mit dem Anspruch an kontrollierte und reproduzierbare Qualität.

Moderne CNC-Technologie entsteht nicht allein durch leistungsfähige Hardware. Erst das Zusammenspiel aus Konstruktion, Software, Werkzeugdaten und Maschinensteuerung ermöglicht reproduzierbare und wirtschaftliche Fertigungsprozesse.

Denn Präzision beginnt nicht erst an der Maschine. Sie beginnt bereits in der Programmierung.

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Programming and Opportunities

From CAD/CAM to the Finished Component

Our machines are preferably programmed using a modern CAD/CAM system. Based on the 3D model, machining strategies, tools, cutting parameters and toolpaths are defined and can be simulated before production.

A postprocessor then converts the calculated toolpaths into machine-readable DIN G-code. This code is transferred to the CNC machine and executed by its control system.

This means much of the programming work takes place in the CAM environment rather than directly at the machine, providing a flexible and structured workflow.