Technical solutions for your productionfrom drawing up the details

FLEXI 5

FLEXI 5

Versatile FLEXI machining centres with movable working tables and 5 simultaneously controlled axes are designed for processing of complex workpieces in one clamping in small and large batch production. They are used in automotive, aircraft, aerospace and medical industries, as well as in moulds and dies production.

Quote request
Speed
  • Tilting head, rotary table and max. high rapid traverse speed 60 rpm allow processing of complex workpieces
  • Large ball screw combined with an electric motor and direct drive provides high dynamics of the machine
  • Max. cutting speed 50 m/min enlarges tool durability.
Versatility
  • Tilting head 110° - flexible angle positioning
  • Diameter of workpieces is determined by the cylinder with 840 mm diameter and 1175 mm height above the table surface – machining of large workpieces without interference
  • Motor spindle can work in inclined (20°) position – machining of grooves and other hard-to-cut parts of workpieces
Precision
  • Rigid and stable cast iron bed – stability of workpiece positioning
  • Temperature probes connected to CNC send data about temperature changes – axle shift is performed to compensate thermal drifts
  • Differential temperature control for motorspindle, tilting head and rotary table by means of cooling contours provides processing accuracy
Ergonomics
  • Sigma Tool Check control panel is placed nearby the loading/unloading station for convenient operations with the tool magazine
  • Rotary operator panel that functions together with CNC can be placed nearby the working area for controlling of machining process
  • Convenient operator position: free access to the working area and tool magazine, big viewing window – preventing of faults
  • Precise engineering,
  • Automotive,
  • Transport vehicle manufacturing,
  • Manufacturing of excavating equipment,
  • Aerospace industry,
  • Medicine,
  • Mould and dies manufacturing.
Motor-spindle
  • Standard motor-spindle is driven by the synchronous electro motor with power 33 kW, torque 180 Nm and speed 12000 rpm
  • Cooling by circulating liquid, temperature is controlled by the external cooling unit
  • HSK-A-63 taper is available as an option with 18000 rpm and 120 Nm, with power 25 kW or 24000 rpm, 81.5 Nm with power 24 kW
Tool magazine
  • Chain magazines with 40, 50 or 64 tool locations are available.
  • Tools are easily checked and replaced at the chain through sliding doors with safety locking without stopping of a manufacturing cycle.
  • Chip-to-chip tool change time - 4,5 sec.
Technical parameters Unit 3
Working area
Travel range at X/Y/Z-axis mm 1 250/700/950
Feed rate at X/Y/Z-axis m/mm 50
Distance between spindle nose and table surface with SK taper mm 225-1 175
Table
Table surface mm 730 х 1450
Max. load on fixed table kg 2 000
Tilting head – B-axis
Motor type torque
Travel range degree ± 110
Rotary table – С-axis
Motor type torque
Travel range degree 360
Diameter / Max. load mm/kg 660/1000
Spindle
Spindle speed rpm 12 000 18 000 24 000
Tool holder taper type SK40
HSK-A-63
BT40
HSK-A-63 HSK-A-63
Max. available power S1/S6 kW 22/33 21/25 42/54,5
Max. available torque S1/S6 Nm 130/180 100/120 67/87
Tool magazine
Tool magazine capacity quantity 40 50 64
Max. tool diameter/length mm 80 (280 with adjacent locations empty)/300 80 (280 with adjacent locations empty)/300 70 (280 with adjacent locations empty)/300
Chip-to-chip tool change time sec 5 5 5
Tool selection/automatic tool change device type random/double gripper arm
Tool magazine control type Electronic control panel "Sigma Tool Check"
Other data
Overall dimensions (WхLхH) m 3,85х4,1х2,9
Weight kg 10 000
Siemens
  • New control technology with network connection
  • USB interface
  • Module software packages
  • Software for tooth profile and flank line correction
  • Safety-Integrated and HMI-Pro
  • Operator guide menu
  • Tool management including tool condition control
Heidenhain
  • Optimized system of path control
  • Short processing time
  • High processing speed with maximal accuracy
  • Dynamic control of collisions

Search