Maxxturn 200

Maxxturn 200

Main and counter spindle (optional) for turning and milling operations
One or two tool turrets for flexible turning, drilling and milling operations
Swing over bed up to 1000 mm
Max. workpiece weight 6 t
State-of-the-art dialog-supported Siemens control
emcoNNECT - Digital Process Assistent (840D sl)

Technical data

Travel in X/Y/Z: 550 / +/-125 / 2050-4050-6050 mm
Max. turning diameter: 1000 mm
Swing over bed: 1050 mm
Distance between centers: 2200 / 4200 / 6200 mm
Rapid motion speeds in X/Y/Z: 15/30/30 m/min
Max. speed: 1800 rpm
Spindle nose: A2-15''
Max. drive power: 84 kW
Max. torque: 6410 Nm
Max. speed: 2000 / 2500 rpm
Spindle nose: A2-15'' / A2-11''
Max. drive power: 53 kW
Max. torque: 4400 Nm
Automatic tailstock: yes
Quill diameter: 200 mm
Inner cone: MK6
Quill travel: 250 mm
VDI size: 60 /BMT85
Number of tools: 12
Driven tools: 12
Max. speed: 3000 rpm
Max. drive power: 19,8 kW
Max. torque: 116 Nm
Dimensions (LxWxH): BL 2200-8600x3450x3360//BL 4200/6200- 11100/13400x3450x3360 mm
Machine weight: BL 2200/4200/6200: 30/40/50 t

Highlights

Maxxturn 200

  • Solid machine design for heavy-duty cutting
  • Counter spindle and 2nd turret for maximum productivity
  • Maximum machining accuracy
  • Stable Y-axis with long carriage travel (+/- 125 mm)
  • Driven tools including C-axis
  • emcoNNECT - Digital Process-Assistent (Siemens 840D sl)

Overall dimensions/Work space

Machine layout MAXXTURN 200

Machine layout MAXXTURN 200
Machine layout MAXXTURN 200

Work area MAXXTURN 200

Work area MAXXTURN 200
Work area MAXXTURN 200

Work Area MAXXTURN 200 X-Y

Work Area MAXXTURN 200 X-Y
Work Area MAXXTURN 200 X-Y

Workpieces

Examples of use

  • Heavy duty engineering
  • Plant engineering
  • Petroleum industry
  • Mining industry
  • Power plant industry etc.

Versions

Maxxturn 2000 - 1 turret - BMT85 - tailstock

Maxxturn 2000 - 1 turret - BMT85 - tailstock
bed length 2 / 4 / 6 m with or without Y-axis

Maxxturn 200 - 1 turret - BMT85 - counter spindle

Maxxturn 200 - 1 turret - BMT85 - counter spindle
bed length 2 / 4 / 6 m, with or without Y-axis

Maxxturn 200 - 2 turrets - BMT85 - tailstock

Maxxturn 200 - 2 turrets - BMT85 - tailstock
bed length 2 / 4 / 6 m, with or without Y-axis

Maxxturn 200 - 2 turrets - BMT85 - counter spindle

Maxxturn 200 - 2 turrets - BMT85 - counter spindle
bed length 2 / 4 / 6 m, with or without Y-axis

Maxxturn 200 - 2 turrets (mirror inverted) - BMT85 - tailstock

Maxxturn 200 - 2 turrets (mirror inverted) - BMT85 - tailstock
bed length 2 / 4 / 6 m, with or without Y-axis

Maxxturn 200 - 2 turrets (mirror inverted) - BMT85 - counter spindle

Maxxturn 200 - 2 turrets (mirror inverted) - BMT85 - counter spindle
bed length 2 / 4 / 6 m, with or without Y-axis

Options/Accessories

Steady rest

Steady rest
In various sizes; for efficient precision machining, even of very long workpieces

Various chucks

Various chucks
A special 1000m-diameter chuck is available for flanged or light parts. For other applications a selection of chucks in various dimensions as well as swiveling chucks are available, too.

Air filter

Air filter
A perfectly dimensioned air filter with a flow rate of 2000m3/h is available as an option.

Chip conveyer

Chip conveyer
Chip conveyer with large coolant volume - easy to remove and clean.

Software/Control

Sinumerik 840D sl incl. ShopTurn and emcoNNECT

Sinumerik 840D sl incl. ShopTurn and emcoNNECT

The Sinumerik 840D sl is a universal and flexible CNC system. The Sinumerik 840D sl offers a wide range of functions. It is ideally suited for applications using the most diverse technologies. The Sinumerik 840D sl sets new standards with regard to dynamics, precision and ease of integration into networks.

With the Sinumerik 840D sl you profite from

  • Utmost performance and flexibility
  • System-wide openness
  • Highly effective protection against personal injury and damage to the machine

Sinumerik & the digital process-assistent "emcoNNECT"

  • emcoNNECT included in the standard machine with Siemens 840D sl
  • With just one click you can switch between emcoNNECT and the NC control
  • Full screen or sidebar mode

Highlights:

  • Free contour programming
  • Fast datum-setting process with touch probes
  • Tilting the working plane
  • Cylindrical surface machining
  • 3-D tool compensation
  • Fast execution through short block processing times
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emcoNNECT - Digital Process Assistant

emcoNNECT - Digital Process Assistant
For increased productivity and efficiency in production.

emcoNNECT facilitates easy access to digital production – all important information and systems are accessed centrally on the machine.  The familiar NC control and hence the familiar operation of the machine remain unchanged.
A clear and compact overview of the machine state, the machine data and the operating mode is available at a glance thanks to the emcoNNECT Dashboard.  The hardware basis of the emcoNNECT control centre is a 22“ multi-touch display teamed with an industrial PC and a keyboard including HMI hotkeys for easy and intuitive operation via a user interface optimised for touchscreen use.

Included as standard equipment in the Siemens machine version (Siemens 840D sl).

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Esprit (optional)

Esprit (optional)

The sensational CAM solution for turning and turning/milling. ESPRIT greatly simplifies the programming of complex machining processes and significantly reduces set-up times.

Applications:

  • Complete CNC programming for up to 22-axis turning
  • Turning/milling for single-spindle lathes
  • Turning/milling for multi-carriage turning centers
  • Turning/milling for multi-tasking machine tools including B axis

Simulations:

  • Dry runs in dynamic volume view
  • Shaded in the entire working environment: Machine tool, clamping devices, blank and workpiece
  • Extensive collision detection: Tool, blank, workpiece clamping devices and target/actual workpiece comparison
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EMCO CPS Pilot (optional)

EMCO CPS Pilot (optional)
EMCO CPS PILOT is the virtual EMCO machine on the PC. The operator works at an external programming station with an image of the machine in simulated operation. Therefore, NC programs can be planned, programmed, simulated and honed.

The result is 100 % production reliability, up to 80 % shorter set-up times and an enormous increase in productivity and operating efficiency.

  • 100 % identical behavior of machine and PC
  • Collision monitoring for clamps, parts, tools, tool holders and machine components
  • Collisions can be completely eliminated before they even happen
  • The machine's productivity is maximized
  • Perfect tuning of both tooling systems
  • Resimulation and optimization of existing NC programs
  • Fewer rejects
  • Ideal for internal machining and operator training courses (no machine downtimes!)
  • Very little training required, as identical with the machine's user interface
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