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Machining centers and lathes

Machines PDF

Machining Center HERMLE C32

Work Area:

X:650 – Y: 650 – Z: 500mm
Head speed:

18.000 tr/mm
Linear Speed:

60 m/min
Linear Acceleration:

10 m/s²
Control Unit:

TNC 640
Tools of Work:

88 tools integrated loader

Doosan Puma 2600Y

Max. Turning Diameter

376 mm
Max. Turning Lenght

760 mm
Bar Working Diameter

Ø76 mm
X/Z rapid movements

30 m/min
Y rapid movements

10 m/min
Max. Spindle Speed

4000 r.p.m.
Automatic door
Programmable point

Matsuura MX 520 (2024)

5-axis vertical machining center, with a working capacity of: X: 520 mm, Y: 330 mm, with a maximum of 175 kg.
Head speed

20000 r.p.m.
X/Y/Z rapid movements

40 m/min
Work area

Ø300 mm
TRAVELS
X-axis travel

630 mm
Y-axis travel

560 mm
Z-axis travel

510mm

Takisawa TT-2600G

Double spindle and double turret lathe
Capacities

Ø 200/120mm
Number of axes

3(X + Z + C) x 2
Max. speed

4,000 r.p.m.
Gantry loader

DMU 60 eVo linear

Working area

X-600 / Y-500 / Z-500 mm
Motor spindle

18000 r.p.m.
B-axis swivel range

(-5º/+110º)
C-axis rotation

360º
Feed drive X/Y/Z

50 m/min

CAD-CAM Hypermill & Mastercam

Milling tasks

2.5D, 3D and 5-axis
High Speed Cutting (HSC) and High Performance Cutting (HPC)
Simultaneous 3-axis milling and turning

Matsuura MX 520

A 5 tool vertical machining centre, with a work capacity of: X: 630 mm, Y: 560 mm, Z: 510 mm.
Headstock revs

12000 rpm
X/Y/Z rapid movements

30 m/min
Work area

500Ø mm

Doosan Puma 200

2 shaft CNC lathe.
Maximum turnable diameter

200 mm
Maximum turnable length

400 mm
Headstock revs

4000 r.p.m.

Doosan Puma 230MB

CNC lathe with machined tools with “C” shaft. Fitted with a bar loader and a part collector for carrying out work with a bar and for continuous working.
Maximum turnable diameter

200 mm
Maximum turnable length

510 mm
Headstock revs

5000 r.p.m.
Machined tool revs

6000 r.p.m.

Awea AF 1000

Vertical machining centre with a capacity of: X: 1000 mm, Y: 600 mm, Z: 600 mm and with a 200 mm diameter fourth shaft incorporated.
Headstock speed

15000 r.p.m.
X/Y/Z rapid movements

25 m/min
Dimensions of the table

1200 x 660 mm

Doosan Puma 2000Y

CNC lathe with machined tools with “Y” and “C” shafts.
Maximum turnable diameter

200 mm
Maximum turnable length

510 mm
X/Z rapid movements

25/30 m/min
Headstock revs

5000 r.p.m.
Motorised tool revs

6000 r.p.m.
Y shaft travel

118 mm (from -50 mm up to 68 mm)

Doosan MYNX 540

Vertical machining centre with a capacity of: X: 1000 mm, Y: 600 mm, Z: 600 mm and with a 200 mm diameter fourth shaft incorporated.
Headstock revs

6000 r.p.m.
X/Y/Z rapid movements

25 m/min
Dimensions of the table

1200 x 660 mm

Doosan Puma MX 2100 ST

Its perfect combination of lathe and machining centre makes it possible to perform a wide range of simple and complex operations with unprecedented flexibility.
Maximum turnable diameter

300 mm
Maximum turnable length

1020 mm
Maximum bar capacity

65 mm
Headstock revs

5000 r.p.m.
Maximum revs milling head

12000 r.p.m.

machines faqs

What advantages does the Hermle C32 offer for complex parts?

The Hermle C32 enables continuous 5-axis machining with high stability, ideal for complex parts with multiple faces and tight tolerances.

What production capabilities do your CNC machines offer?

Our machinery allows us to work on prototypes as well as medium and large production runs, with maximum repeatability and operational efficiency.

What numerical controls do your machines use?

Most of our machines operate with Heidenhain and FANUC controls, offering flexibility and full compatibility with CAD-CAM systems.

How many axes do your most advanced machines operate with?

Our most advanced machines operate with up to 9 axes, enabling us to machine highly complex geometries in a single setup.

What maintenance do you apply to ensure machine performance?

We apply planned preventive maintenance carried out by in-house staff and official technical services to ensure precision, reliability and continuous machine availability.

What types of complex parts can MEBSA manufacture?

Thanks to our 5-axis machining centers and multitasking machines with up to 9 axes, we manufacture parts with multiple faces, deep cavities, angled holes, free-form surfaces and tight tolerances, minimizing the number of setups.

How does your machinery help reduce dimensional errors in critical parts?

Single-clamping machining eliminates intermediate repositioning, reducing cumulative errors and improving final geometric accuracy.

How does your machinery reduce lead times?

The combination of high-productivity machines, automation and optimal equipment selection reduces setup, machining and rework times without compromising quality.

Can you machine non-conventional or complex geometries?

Yes, simultaneous 5-axis machining allows us to produce complex geometries that would be unfeasible or costly on conventional machines, while maintaining tight tolerances and high surface quality.

Do you consider machinery a key factor in final part quality?

Yes, final quality depends not only on dimensional control but also on machine stability, precision and capability. That is why we invest in advanced, well-maintained equipment.

What CNC machinery does MEBSA currently have?

MEBSA operates a modern and diversified CNC machine park including CNC lathes, vertical machining centers, 5-axis centers, multitasking machines up to 9 axes, conventional support equipment, slotting machines, drills and more.

What are the maximum part dimensions you can machine?

Depending on the machine, we can machine parts up to 650 × 650 × 500 mm in machining centers and diameters up to Ø400 mm in CNC lathes.

Do your machines ensure high repeatability in long production runs?

Yes, all our CNC machines are designed for stable and repeatable production, ensuring dimensional consistency in medium and large series.

Do you use automation in machining?

Yes, we operate lathes with automatic bar feeders and pallet systems. Additionally, two of our machining centers are robotized, optimizing loading, unloading and continuous production while reducing idle time.