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PRODUCTS CNC TURNING CENTERS COMPACT TURN AND MAXTURN SERIES

 



DESCRIPTION
COMPACT TURN
COMPACT TURN LT
MAXTURN 135-50
Chuck Size (mm)
135
135
135
Max Turning Dia (mm)
100
100
110
Max Turning Length (mm)
100
100
200
Travel X/Z (mm)
230/ 270
230/270
110/230
Rapid Traverse (mm/min)
10000
10000
10000
Feed Rate (mm/min)
0-10000
0-10000
0-10000
Cont. Spindle Power (kW/ HP)
3.7/5
3.7/5
3.7/5
Spindle Speed (rpm)
150-4000
150-4000
150-4000
Live Tool Spindle power and speed (KW/RPM)
NA
0.75/3000
NA
Compact Turn and Compact Turn LT
Application: Job shops, tool rooms, automotive component production, etc.

The Compact Turn is designed as a rigid, high precision and small footprint lathe. The machine is ideally suited to produce large volumes of small size components, for job shops, automotive component production and tool room applications like punches and dies.
Structure
  • Slant bed lathe
  • Graded cast iron bed and stress relieved for consistent accuracy
  • Structure tested finite element method for optimum performance under practical operating conditions.
  • Control cabinet and electricals designed for effective cooling of heat emitting elements
Features
  • 135 mm hydraulic chuck
  • Hydraulic power pack with accumulator
  • Spindle with chuck/ collet holding1
  • Linear Gang Tools (4)
  • Centralized and programmable lubrication
  • Chip Tray
  • Coolant tank
  • Automated loading unloading system available on request
  • Applicable for Compact Turn LT Axial live tool (1)
  • Applicable for Compact Turn LT Radial live tool (1)
MAXTURN
Application: Job shops, tool rooms, automotive component production, medical component, general engineering, etc.

MAXTURN is 2 axis slant bed A2-4 turning center with 8-station programmable turret. The machine can be interfaced with bar feeder, robot and gantry type loading/unloading system for manufacturing automation to attain increased productivity.
Structure
  • Graded cast iron and stress relieved for consistent accuracy
  • Mono-block casting with sufficient support structures to reduce the effect of vibration
  • Structure tested finite element method for optimum performance under practical operating conditions.
  • Ribbed headstock to overcome thermal expansion
  • Control cabinet and electricals designed for effective cooling of heat emitting element
Features
  • 135mm hydraulic chuck
  • Hydraulic tail stock
  • Hydraulic power pack with accumulator
  • Centralized and programmable lubrication
  • Chip Tray
  • Coolant tank
  • Automated loading unloading system available on request