CNC PROFILE MACHINING CENTER EVO MILWAUKEE MATIC II
4-Axis CNC Profile Machining Center EVO MILWAUKEE MATIC II
Industrial Quality for Precise Profile Processing in Aluminium, PVC and Light Metals
The EVO MILWAUKEE MATIC II is a powerful 4-axis CNC profile machining center for modern series production and flexible job processing. As a profile machining center, the machine combines multiple work steps in one system and increases productivity in window manufacturing, door manufacturing, façade construction, and industrial profile production. The concept is designed to simplify processes, reduce setup times, and ensure consistently high quality. Users looking for a CNC machining center for profiles benefit from a continuous workflow for milling, drilling, drainage holes, notching, marking, and end milling, both for standard profiles and demanding special geometries.
Thanks to the robust design, well-thought-out automation, and high axis dynamics, the EVO MILWAUKEE MATIC II is a future-proof machining center for profiles and, in particular, a aluminium profile machining center for precise, repeatable results. At the same time, it meets the requirements of a CNC machining center for aluminium profiles when exact fits, clean surfaces, and process-reliable operation in continuous use are required. Production becomes more predictable, rework is reduced, and output increases because machining operations are intentionally bundled and implemented in one clamping concept.
Large Travel Range, Flexible Angle Machining and Reliable Processing of Different Profile Cross-Sections
With a machining length of 8000 mm on the X axis, the EVO MILWAUKEE MATIC II is designed for long profiles and efficient series workflows. The working range of 340 mm in Y and 255 mm in Z provides additional freedom for wide and high profile cross-sections. The A axis enables angle machining from -90 degrees to +90 degrees, allowing machining on different profile sides, at different angles, and on complex contours to be completed efficiently in one cycle. This makes the system particularly suitable for companies that must economically handle changing profile types, variable machining operations, and different profile geometries.
In practice, the system establishes itself as a reliable bar machining center for aluminium for long bar stock and as a bar machining center for aluminium profiles for system-based profile series. In addition, it is often used as a bar machining center for profiles when, besides aluminium, other suitable profile materials are processed. For many applications, the EVO MILWAUKEE MATIC II can be considered a profile bar machining center because it supports material flow from raw bar to assembly-ready component in one continuous production process. Anyone looking for high process density in a small footprint uses the EVO MILWAUKEE MATIC II as a CNC bar machining center for fast, structured, and repeatable workflows.
Spindle Power, Tool Change and Precision as the Basis for Stable Processes
At its core, the machine operates with a 5.6 kW spindle with up to 20,000 rpm, HSK F50 tool holder, and liquid cooling. This configuration supports stable cutting conditions for aluminium, PVC, and light metals. The automatic tool change via an integrated linear magazine with 16 tools significantly reduces setup times and makes the machine particularly efficient when frequently switching between different machining operations. Automatic tool measurement increases process reliability because tool lengths and corrections are checked without unnecessarily interrupting the workflow.
This makes the system in daily operation a powerful CNC milling center for aluminium profiles and at the same time a CNC milling center for profiles when, besides aluminium, other suitable profile materials are processed. In many production environments, the EVO MILWAUKEE MATIC II replaces several standalone machines and acts as a CNC drilling and milling center for aluminium profiles because holes, pockets, slots, and contours are produced in one clamping operation. Depending on the task, it can also be integrated as a CNC drilling center for profiles into production lines where hole patterns, fastening holes, or system holes must be produced efficiently and repeatably. For users looking for a combined solution, it is a CNC drill-milling center for aluminium profiles and also a CNC drill-milling center for profiles, because drilling and milling are bundled reliably in one process.
High Axis Dynamics for Short Non-Productive Times and High Output
For productive series workflows, the positioning speeds are designed for fast travel. The X axis moves up to 90 m/min, the Y axis up to 60 m/min, and the Z axis up to 20 m/min. The A axis reaches 166 degrees per second. This combination ensures short non-productive times, fast position changes, and stable machining windows without compromising dimensional accuracy. The result is consistently repeatable machining operations that save time in series production and visibly improve process quality.
In daily production, the EVO MILWAUKEE MATIC II is therefore often used as CNC profile processing for aluminium because it covers the typical requirements of the profile industry: repeatable hole patterns, clean milled edges, precise angle machining, and stable material flow. At the same time, as CNC profile processing for profiles, it supports manufacturing environments where different profile variants, changing geometries, and variable machining programs must be implemented quickly. As a CNC aluminium profile machining center and also as an aluminium profile machining center, the system is designed for precision, repeatability, and series capability.
Automatic Clamping Technology, Double Linear-Rail Bridge and Clean Surfaces
A key advantage is automation in the clamping area. The collet clamps are positioned fully automatically via the X axis, reducing operator workload during setup and handling tasks. As standard, 8 collet clamps are provided, with a maximum of 10 possible. This allows the EVO MILWAUKEE MATIC II to be configured optimally depending on profile geometry, profile weight, and machining strategy. In practice, this improves process reliability, reduces setup errors, and makes day-to-day operation significantly more efficient.
The bridge construction with double linear rails is designed for high rigidity and long service life. Less vibration means better surfaces, more precise contours, and a cleaner machining pattern, especially on long profiles and dynamic programs. In addition, protective solutions in the machining area support the workpiece surface and help keep the process zone clean. For users, this is a decisive advantage when visible surfaces, dimensional accuracy, and consistent quality in further processing are priorities.
Control System, Software and Options for Digitally Guided Production
The control system is based on an industrial PC with a 15-inch touchscreen and a barcode reader for fast job assignment. The system is supplied with the Camquix CAM program, and the CadXtract CAD-CAM production program can be added as an option. For advanced applications, an optional tapping function up to M8 with a pneumatic tapping head is available. Optional features also include automatic lubrication, an automatic tool cooling system, and a FESTO pneumatic system.
This allows the EVO MILWAUKEE MATIC II to be implemented, depending on factory standards and application profile, as a highly automated aluminium profile machining center. At the same time, the system can be integrated as a profile machining center into digital manufacturing structures in which orders, variants, and machining programs are clearly managed, quickly assigned, and processed reproducibly. For users who require high flexibility, it is also a practical solution for CNC profile machining, because operations are bundled in one cycle and repeated with process reliability.
Technical Data EVO MILWAUKEE MATIC II
| Area | Specification | Value | Unit / Note |
|---|---|---|---|
| Machining Lengths | X Axis (Longitudinal) | 8000 | mm |
| Machining Lengths | Y Axis (Transverse) | 340 | mm |
| Machining Lengths | Z Axis (Vertical) | 255 | mm |
| Machining Lengths | A Axis (Swivel Angle) | -90 to +90 | Degrees |
| Positioning Speed | X Axis | 90 | m/min |
| Positioning Speed | Y Axis | 60 | m/min |
| Positioning Speed | Z Axis | 20 | m/min |
| Positioning Speed | A Axis (Rotation) | 166 | Degrees/sec |
| Pneumatics | Operating Pressure | 6 to 8 | bar |
| Electrical | Max. Total Power | 8 | kW |
| Electrical | Connection | 400V 3P, N, PE AC | Mains |
| Electrical | Frequency | 50 to 60 | Hz |
| Spindle | Spindle Power | 5.6 | kW |
| Spindle | Max. Speed | 20,000 | rpm |
| Spindle | Tool Holder | HSK F50 | Standard |
| Spindle | Cooling | Liquid Cooling | Standard |
| Tool Magazine | Linear Magazine, Automatic | 16 | Tools, Standard |
| Tool Magazine | Max. Saw Blade Diameter in Magazine | 150 | mm |
| Tool System | Automatic Tool Measurement | Yes | Standard |
| Tapping | Capacity | M8 | Optional, with Pneumatic Tapping Head |
| Profile Positioning | Pneumatic Reference Alignment Right and Left | Yes | Standard |
| Control | Industrial PC with Touchscreen | 15 | Inch |
| Control | Barcode Reader | Yes | Standard |
| Software | Camquix CAM Program | Yes | Standard |
| Software | CadXtract CAD-CAM Production Program | Yes | Optional |
| Working Area | Collet Clamps, Standard | 8 | pcs |
| Working Area | Collet Clamps, Maximum | 10 | pcs |
| Working Area | Double-Station Operation | Yes | Standard |
| Working Area | Automatic Collet Clamp Positioning via X Axis | Yes | Standard |
| Working Area | Automatic Lubrication in the Machining Area | Yes | Optional |
| Working Area | Housing Protection in the Machining Area | Yes | Standard |
| Working Area | Automatic Tool Cooling System | Yes | Optional |
| Working Area | FESTO Pneumatic System | Yes | Optional |
| Working Area | Side Tunnels | Yes | Standard |
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