SYNCROMILL C

Fill Syncromill | © Fill
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The machining center

Dynamism, reliability and efficiency are the most important success criteria for the Fill machining center SYNCROMILL C.

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Fill Machine Engineering Dallinger Friedrich | © Fill
Friedrich Dallinger Head of Competence Center Metal Machining Technology
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The concept

The highly dynamic double-spindle unit with separate Z-axes carries out operations in the main X and Z feed directions. The workpiece is moved in the Y-direction. Equipment with a fifth axis as well as separate X-axes on the double-spindle unit are some of the variants that are optionally possible. The further developed tool-change concept enables the shortest possible change times to be achieved as well as extremely efficient, space-saving, economical production of complex workpieces.

The SYNCROMILL C can be interlinked with upstream or downstream processes and adapted to meet specific customer requirements. Component-specific clamping fixtures and conveyor systems may also be used.

The machining center is available as a direct loader (C21) with pallet changer (C22) version.

Features

  • Extremely short chip-to-chip times
  • Rigid structure for high machining capacity
  • Large operating range with small footprint
  • Ideal for loading from the front and above
  • Ergonomic design for manual loading
  • Compensation option for X- and Y-axis 
  • Separate Z-axes
  • Optimum chip discharge (e.g. MQL machining)
  • Machine, process and automation from a single source

Customer components

Electric motor housing, crankcase, cylinder head, camshaft carrier, transmission housing, steering housing, structural component, chassis part, battery tray, oil pan, etc.

Specifications

Travel X / Y / Z (mm)

400 / 1200 / 850

Speed X / Y / Z (m/min)

65 / 60 / 105

Acceleration X / Y / Z (m/s²)

≤ 13 / 9 / 22

Number of spindles

4

Spindle distance (mm)

400

Tool interface

HSK63

Chip-to-chip time (VDI 2852) (sec)

≤ 2,0

Travel X / Y / Z (mm)

500 / 1200 / 850

Speed X / Y / Z (m/min)

65 / 60 / 105

Acceleration X / Y / Z (m/s²)

≤ 13 / 9 / 22

Number of spindles

4

Spindle distance (mm)

500

Tool interface

HSK63

Chip-to-chip time (VDI 2852) (sec)

≤ 2,0

Travel X / Y / Z (mm)

600 / 800 / 650

Speed X / Y / Z (m/min)

65 / 65 / 105

Acceleration X / Y / Z (m/s²)

≤ 20 / 13 / 23

Number of spindles

2

Spindle distance (mm)

600

Tool interface

HSK63 / HSK80 / HSK100

Chip-to-chip time (VDI 2852) (sec)

≤ 2

Travel X / Y / Z (mm)

800 / 1050 / 850

Speed X / Y / Z (m/min)

60 / 60 / 105

Acceleration X / Y / Z (m/s²)

≤ 13 / 9 / 22

Number of spindles

2

Spindle distance (mm)

800

Tool interface

HSK63 / HSK80 / HSK100

Chip-to-chip time (VDI 2852) (sec)

≤ 2

Travel X / Y / Z (mm)

1000 / 1050 / 850

Speed X / Y / Z (m/min)

60 / 60 / 105

Acceleration X / Y / Z (m/s²)

≤ 13 / 9 / 22

Number of spindles

2

Spindle distance (mm)

1000

Tool interface

HSK63 / HSK80 / HSK100

Chip-to-chip time (VDI 2852) (sec)

≤ 2

Travel X / Y / Z (mm)

1400 / 1200 / 1000

Speed X / Y / Z (m/min)

65 / 60 / 105

Acceleration X / Y / Z (m/s²)

≤ 12 / 8 / 20

Number of spindles

2

Spindle distance (mm)

1500

Tool interface

HSK63 / HSK80 / HSK100

Chip-to-chip time (VDI 2852) (sec)

≤ 2,2

Specifications subject to change.

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